{"text_format":"1","workbook":"xlsx","n_sheets":15,"sheets":["Model Use Instructions","Index of sheets","Calculation Single Use Results","Scenario Input Data Tables","Saved data","Sustained Program Calculations","Background assumptions","Fajardy 2021 cost data","Free calculation sheet","Chart selection","Lists","CHARM results","Carbon lost post-forest","Table for paper","Isoli 2025"],"not_rendered":{"charts":13,"images":35,"macros":1,"external_links":0,"defined_names":123,"comments":0,"pivot_tables":0},"unopened":[],"bounds":{"document_bytes":16777216,"sheet_cells":100000,"rows_first":2000,"rows_last":500,"rows_between":2000,"halvings":6,"cell_chars":16384,"cell_head_chars":4096},"cells_cut":0,"cells_raw":0,"read":"whole","date_system":"1900"}

{"sheet":"Model Use Instructions","index":0,"n_rows":24,"n_cols":27,"rows_kept":24,"cut":false,"hidden":false,"merged":[]}
[]
[]
[null,"Using the 'single use' model:"]
[null,null,"This Workbook contains a simple model of carbon flows associated with forest harvest and bioenergy production, compared to carbon flows associated with natural gas power - in both cases with and without CCS. ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"'Sustained Program Calculations'!E4","v":0}]
[null,null,"The model is run from, and reports results to, the sheet \"Calculation Single Use Results”. "]
[null,null,"There are three changeable inputs on this sheet (B4:D4). These are the choices of scenarios for: biomass production and bioenergy generation; natural gas production and fossil energy generation; and prices. "]
[null,null,"The available scenarios are listed, and can be changed, in \"Scenario Input Data Tables\". Each scenario listed on that sheet is available to be selected on the dropdown menus on \"Calculation Single Use Results\". "]
[null,null,"The user can add new scenarios by populating data into one of the three tables on the \"Scenario Input Data Tables\" sheet. We suggest adding any new scenario to the first avaialble column on the right. Data should be added to one of the columns with the darker coloured header, and the scenario should be named in the header cell. Information on data sourcing and any other notes can be added immediately to the right in the next column with the header \"Source\".  "]
[null,null,"Based on the scenario inputs, the model calculates and show results about carbon flows, overall implied carbon intensities, and energy costs. "]
[null,null,"The model shows the results for one set of bioenergy and one set of NG assumptions at a time. It provides three summary results tables: \n- Table 1, main results; \n- Table 2, carbon intensity results breakdown; \n- Table 3, cost results. \nThe worksheet also provides four tables to transparently show the steps in generating these results. Table 4 shows the fate of carbon in the forest; Table 5 shows the change in atmospheric carbon due to BECCS and includes the harvest-enhanced growth percentage that would be necessary for achieve zero carbon after 30 years. Table 6 shows the overall flow of carbon at each stage from wood harvest to ultimate disposition. Table 7 shows these calculations for NG+CCS. "]
[]
[null,"Saved 'single use' results:"]
[null,null,"Although the model shows the results for one set of scenario assumptions at a time, comparison is enabled, by saving sets of results to the \"Saved data\" sheet. Saved data on this sheet does not update when scenario inputs are changed; saved data must be updated programmatically with the \"Refresh results\" button. "]
[null,null,"Results for all combinations of input scenarios are saved in this sheet from row 45 downwards, and therefore each saved result is defined by the combination of a biomass scenario, a natural gas scenario and a cost scenario. "]
[null,null,"Instead of searching manually for results in the longform results tables, users are recommended to query the saved results by selecting scenario labels in the relevant cells in rows 2:4 to allow scenarios of interest to be compared (range V6:BB42). "]
[null,null,"To the right from column BD onwards are copies of the results that were included in charts in the paper, with the associated charts. "]
[null,null,"Columns A to O have been hidden - these contain a transposed version of the saved results, but no additional data. "]
[]
[null,"The sustained program model:"]
[null,null,"The model also includes a characterization of carbon flows for multi-year uses of BECCS in the sheet 'Sustained Program Calculations'. This sheet uses the same set of scenario inputs as have been selected on the 'Calculation single use results' sheet. "]
[null,null,"This sheet considers carbon losses in the year of harvest, decay of carbon left in the forest after harvest, and harvest-enhanced growth of the forest stand. The sustained program calculations are based on parameters for forest growth rates. The default treatment of biomass regrowth (parameter in C2) is a Monod growth function (further elaborated on the hidden sheet \"CHARM results\"). The model also allows a two phase linear regrowth assumption (with two 30 year regrowth periods, parameterised in A19:C20) by setting the value of C2 to \"Linear\", but this is not recommended. "]
[null,null,"The sustained program version of the model reports net carbon change over time for annual harvests of the size specified in the model, and the cumulative average carbon intensity (i.e. cumulative net CO2 emission up to time T divided by cumulative energy generation up to time T for energy produced). Results are shown to the right, H2:FC159. "]
[null,null,"The results include the following: \n- Row 3, the cumulative energy supply (sum of electricity and heat in the case of CHP) from the biomass energy facility, which is simply the annual energy supply multiplied by the number of years.\n- Row 4, the cumulative average carbon intensity of energy supply, which is the cumulative sum of emissions (including biogenic emissions) minus the cumulative sum of sinks (including biogenic sinks) all divided by the cumulative energy supply. \n- Row 5, the cumulative CO2 in geological storage, simply the annual CO2 being stored multiplied by the number of years. Leakage of CO2 from geological storage is not considered (i.e. leakage is treated as zero). \n- Row 6, if the system has achieved net negative emissions (i.e. cumulative sinks greater than cumulative emissions) the absolute value of those cumulative negative emissions divided by the cumulative CO2 in geological storage. \n- Row 7, the net annual emission (i.e. total carbon emission in that year minus total carbon sink in that year).\n- Row 8, the cumulative net carbon position, i.e. the cumulative sum of emissions (including biogenic emissions) minus the cumulative sum of sinks (including biogenic sinks). \n- Row 9, the 'first harvest' carbon position, i.e. the sum of emissions associated with the first harvest only minus the sum of sinks associated with the first harvest only. "]
[null,null,"All parameters in the sustained program model are set automatically based on the single use scenario input data and on regrowth data in the hidden \"CHARM results\" sheet. A user may overrule the sustained program assumptions by changing values in the range B10:F22, but should be aware that unless such changes are made with caution this could lead to inconsistencies in the inputs (and therefore results of limited value) and that there is no internal mechanism to 'reset' this part of the model when the scenario is changed in the \"Calculation single use results\" sheet (the user would need to revert to an earlier version to restore the default behaviour). "]

{"sheet":"Index of sheets","index":1,"n_rows":23,"n_cols":3,"rows_kept":23,"cut":false,"hidden":false,"merged":[]}
[]
[]
["Main sheets"]
[null,"Sheet name","Sheet description"]
[null,"Model Use Instructions","Explanation of the use of the model.  "]
[null,"Index of sheets","Listing of the worksheets (tabs) of the model and their role. "]
[null,"Calculation Single Use Results","Sheet containing the main user interface and the model calculations for the 'single use' mode, i.e. modelling of the carbon implications of a single wood harvest used for energy with or without carbon capture, and a comparator natural-gas based system. "]
[null,"Scenario Input Data Tables","Data tables containing input data for each scenario for the biomass-energy system, the natural-gas energy system, and the associated prices. Any blanks in the scenario data are cross filled by the model from the 'suggested default' column. "]
[null,"Saved data","This sheet contains results saved programmatically  for each permutation of biomass assumptions, natural gas assumptions and price assumptions in the scenario input data tables. This data is static, i.e. it will not be updated after input parameters are edited unless the \"Refresh results\" button (Results_UpdateAll macro) is used."]
[null,"Sustained Program Calculations","Sheet containing the model calculations for the 'sustained program' mode, i.e. modelling carbon changes over time for a system in which an additional area is harvested every year to enable continuous energy generation by a biomass energy facility. Includes saved summary results for each biomass scenario, in a table starting B53:E53.\nThis sheet includes a characterisation of the sources and sinks from the single use model (A9:F22), a comparison of growth results calculated on the sheet to the CHARM results for the equivalent system (B33:G48) and an estimation of the implied stand age at harvest based on the harvest-enhanced growth parameter used in the single use model (A25:F30). "]
[null,"Background assumptions","This sheet contains data for some underlying model assumptions, relating to wood pellet characterisation, woody-residue decay rates and the temperature assumed for output heat from the CHP (used in the equations for CI allocation between heat and electricity). "]
[null,"Fajardy 2021 cost data","Data on costs of power generation with and without CCS for a range of fuels from Fajardy et al. (2021), along with a consistent recalculation of capital costs and some intermediate calculations to put the Fajardy data in the appropriate format for the model."]
[null,"Free calculation sheet","A sheet with no cell protection to allow users to easily add their own calculations/notes. "]
[]
[]
[]
["Background (hidden sheets)"]
[null,"Lists","A sheet with lists of scenario names for the construction of dropdown menus."]
[null,"CHARM results","This sheet contains data from the CHARM model as well as some derived values, used for characterising growth in the harvested forest areas. It also includes data tables used for manual calibration of the Monod growth parameters used in the sustained program calculations. "]
[null,"Carbon lost post-forest","A sheet detailing assumptions based on Röder et al. 2015 regarding biomass losses between harvest and use"]
[null,"Table for paper","Results tabulated in the form of Table 2 in the paper. "]
[null,"Isoli 2025","Tabulation of data used as basis for default CCS energy penalty assumptions. "]
[null,"Chart selection","List of scenario combinations for which PNG copies of charts will be saved when updating results. "]

{"sheet":"Calculation Single Use Results","index":2,"n_rows":46,"n_cols":54,"rows_kept":46,"cut":false,"hidden":false,"merged":[[21,8,21,9],[21,1,21,2],[31,0,34,0],[33,1,33,2],[34,1,34,2],[25,1,25,2],[43,23,43,24],[33,23,33,24],[28,8,28,9],[22,17,22,18],[38,1,38,2],[39,1,39,2],[23,17,25,17],[43,1,43,2],[41,1,41,2],[40,1,40,2],[42,1,42,2],[31,1,31,2],[35,1,35,2],[36,1,36,2],[8,8,8,10],[17,17,17,18],[18,17,18,18],[19,17,19,18],[20,17,20,18],[11,8,11,10],[12,8,12,10],[9,8,9,10],[10,8,10,10],[0,1,0,9],[17,8,17,9],[18,8,18,9],[19,8,19,9],[20,8,20,9],[13,8,13,10],[17,1,17,2],[18,1,18,2],[19,1,19,2],[20,1,20,2],[3,8,3,10],[5,8,5,10],[7,8,7,10],[6,8,6,10],[4,8,4,10],[1,1,1,5],[54,33,55,33],[39,0,45,0],[18,0,28,0],[22,1,22,2],[23,1,23,2],[24,1,24,2],[26,1,26,2],[27,1,27,2],[28,17,28,18],[44,1,44,2],[45,1,45,2],[30,1,30,2],[28,1,28,2],[32,1,32,2],[33,17,33,18],[21,17,21,18]]}
[null,"Carbon flow model to compare BECCS with NG-CCS. Choose input scenarios using the dropdown menus for each input category. Scenarios can be added or adjusted on the sheet \"Input data tables\". The model estimates the carbon intensity of electricity generation from natural gas, NG-CCS, bioenergy and BECCS. To show the flows of carbon consistently between different scenarios, quantities are normalised to a million kgs of carbon entering a power plant, but the total quantity does not alter any of the climate intensity measures, ratios, or costs per tonne of mitigation or per kWh. Carbon intensity, cost and carbon flow results are shown to the right. ",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Saved charts: "]
[null,"Input scenarios (choose options from dropdown menus):",null,null,null,null,null,null,null,null,null,null,null,null,null,"Figure 1: Comparison of Bioenergy with NG, with and without CCS (single use result after 30 years)"]
[null,"Biomass scenario:","Input natural gas scenario:","Input cost scenario:",null,null,null,"Table 1:","Main results: "]
[null,"Suggested default","Suggested default","Suggested default",null,null,null,null,{"$f":"\"Results for \"&B4","v":"Results for Suggested default"},null,null,"Value:","Unit"]
[null,null,null,null,null,null,null,null,"Net GHG Intensity of NG (No CCS)",null,null,{"$f":"K22","v":507.80601302157481},"g CO2e / kWh"]
[null,null,null,null,null,null,null,null,"Net GHG intensity of NG-CCS",null,null,{"$f":"$N$21","v":205.73208591926672},"g CO2e / kWh"]
[null,null,null,null,null,null,null,null,"Net GHG Intensity of Bioenergy (no CCS)",null,null,{"$f":"N20","v":1150.6291311308805},"g CO2e / kWh"]
[null,null,null,null,null,null,null,null,"Net GHG intensity of BECCS",null,null,{"$f":"$N$19","v":573.84992985031397},"g CO2e / kWh"]
[null,null,null,null,null,null,null,null,"Incremental cost of BECCS over NG power",null,null,{"$f":"$W$20","v":0.29127410209698101},"$ / kWh"]
[null,null,null,null,null,null,null,null,"Mitigation cost for BECCS rel to NG (no CCS)",null,null,{"$f":"W22","v":"No saving"},"$/tCO2e"]
[null,null,null,null,null,null,null,null,"Mitigation cost for BECCS rel to NG (with CCS)",null,null,{"$f":"IF(L8<L6,((W19-U19)/(L6-L8))*1000000,\"No saving\")","v":"No saving"},"$/tCO2e"]
[null,null,null,null,null,null,null,null,"BECCS cost compared to NG-CCS cost",null,null,{"$f":"$W$21","v":2.6034945619263423},"Ratio"]
[null,null,null,null,null,null,null,null,"Ratio of gross CO2/kWh, BECCS:NG-CCS (gross only includes emissions w/o harvest-enhanced growth)",null,null,{"$f":"AS36/AS46","v":7.6357099799703958},"Ratio"]
[null,null,null,null,null,null,null,null,"% of carbon captured by CCS that is negative emissions",null,null,{"$f":"W30","v":"None"},"kg CO2 / \nt CO2 stored"]
[]
[]
[null,"Associated input data: ",null,null,null,null,null,"Table 2:","Carbon intensity results breakdown:",null,null,null,null,null,null,null,"Table 3:","Cost results:"]
[null,"Input parameter",null,"Value (grey if based on default)","Source:",null,null,null,"g CO2 / kWh",null,"Fossil emissions","Biogenic emissions","Harvest-enhanced growth","Total","Captured CO2",null,null,null,null,"Gas power","Gas power with CCS","Bioenergy","Bioenergy with CCS"]
["Biomass related inputs","Root:shoot ratio (expressed as ratio with colon or as % of roots in total wood)",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C5:$AX5),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C5,_xlpm.val)), \"Check scenario name\")","v":"23:100"},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C5:$AX5),_xlpm.source,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D5:$AY5),_xlpm.matchingsource,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D5,_xlpm.source),IF(_xlpm.matchingsource=\"\",\"No source given\",_xlpm.matchingsource)), \"Check scenario name\")","v":"Huang et al., Earth Syst. Sci. Data, 13, 4263–4274, 2021"},null,null,null,"BECCS emissions",null,{"$f":"AR36/(AI36+AJ36)*1000","v":209.11581541000555},{"$f":"AQ36/(AI36+AJ36)*1000","v":1361.7947262438661},{"$f":"-$Y$30*J36*CO2_to_C_ratio/(AI36+AJ36)*1000","v":-997.06061180355766},{"$f":"SUM(K19:M19)","v":573.84992985031397},{"$f":"AP36/AI36*1000","v":1092.7555596082477},null,null,"Estimated energy price ($/kWh)",null,{"$f":"_xlfn.LET(_xlpm.comment, \"Increase non-fuel costs by a CHP multiplier that increases for higher total energy efficiency\", _xlpm.labels, INDEX(CHP_multiplier,,1),_xlpm.column, INDEX(CHP_multiplier,,2),_xlpm.x,_xlfn.XLOOKUP(\"X\",_xlpm.labels,_xlpm.column),_xlpm.Z, _xlfn.XLOOKUP(\"Z\", _xlpm.labels, _xlpm.column), _xlpm.baseline,_xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$64, _xlpm.labels, _xlpm.column), _xlpm.benchmark, _xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$65,_xlpm.labels,_xlpm.column), _xlpm.multiplier,IF(D44=0,0,_xlpm.x*MAX(0,(SUM($D$43,$D$44)-_xlpm.baseline)/(_xlpm.benchmark-_xlpm.baseline))^_xlpm.Z),_xlpm.result,(D34*(1+_xlpm.multiplier)+D32/1000)/D43+'Fajardy 2021 cost data'!P55,_xlpm.result*($D$43/SUM($D$43,$D$44)))","v":0.11902357713444149},{"$f":"_xlfn.LET(_xlpm.Plant_cost,(T19*SUM($AF$46,$AJ$46)-'Fajardy 2021 cost data'!P55*$AF$46), _xlpm.CCS_cost, NG_CCS_increment/1000*$AM$46*CO2_to_C_ratio, _xlpm.denominator, SUM($AI$46:$AJ$46), (_xlpm.Plant_cost+_xlpm.CCS_cost+'Fajardy 2021 cost data'!P55*AI46)/_xlpm.denominator)","v":0.15759498223335663},{"$f":"_xlfn.LET(_xlpm.comment, \"Increase non-fuel costs by a CHP multiplier that increases for higher total energy efficiency\", _xlpm.labels, INDEX(CHP_multiplier,,1),_xlpm.column, INDEX(CHP_multiplier,,3),_xlpm.x,_xlfn.XLOOKUP(\"X\",_xlpm.labels,_xlpm.column),_xlpm.Z, _xlfn.XLOOKUP(\"Z\", _xlpm.labels, _xlpm.column), _xlpm.baseline,_xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$64, _xlpm.labels, _xlpm.column), _xlpm.benchmark, _xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$65,_xlpm.labels,_xlpm.column), _xlpm.multiplier,IF(D26=0,0,_xlpm.x*MAX(0,(SUM($D$25,$D$26)-_xlpm.baseline)/(_xlpm.benchmark-_xlpm.baseline))^_xlpm.Z),_xlpm.result,(D35*(1+_xlpm.multiplier)+D33*'Fajardy 2021 cost data'!$R$53)/D25+'Fajardy 2021 cost data'!R55, _xlpm.CHP_result,_xlpm.result*($D$25/SUM($D$25,$D$26)),_xlpm.CHP_result)","v":0.23736860077104582},{"$f":"_xlfn.LET(_xlpm.Plant_cost,(V19*SUM($AF$36,$AJ$36)-'Fajardy 2021 cost data'!P55*$AF$36), _xlpm.CCS_cost, NG_CCS_increment/1000*$AM$36*CO2_to_C_ratio, _xlpm.denominator, SUM($AI$36:$AJ$36), (_xlpm.Plant_cost+_xlpm.CCS_cost+'Fajardy 2021 cost data'!P55*$AI$36)/_xlpm.denominator)","v":0.41029767923142252}]
[null,"% slash (slash rate of ABG carbon)",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C6:$AX6),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C6,_xlpm.val)), \"Check scenario name\")","v":0.3},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C6:$AX6),_xlpm.source,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D6:$AY6),_xlpm.matchingsource,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D6,_xlpm.source),IF(_xlpm.matchingsource=\"\",\"No source given\",_xlpm.matchingsource)), \"Check scenario name\")","v":"IPCC rates based on biomass expansion factors as calculated globally using CHARM model (Peng et. al 2023)"},null,null,null,"Bioenergy w/o CCS emissions",null,{"$f":"AR36/(AF36+AJ36)*1000","v":144.37414883897327},{"$f":"SUM(AP36:AQ36)/(AF36+AJ36)*1000","v":1694.6284412183288},{"$f":"-$Y$30*J36*CO2_to_C_ratio/(AF36+AJ36)*1000","v":-688.37345892642145},{"$f":"SUM(K20:M20)","v":1150.6291311308805},0,null,null,"Incremental cost over NG energy ($/kWh)",null,"-",{"$f":"-$T$19+U19","v":3.8571405098915143E-2},{"$f":"-$T$19+V19","v":0.11834502363660433},{"$f":"-$T$19+W19","v":0.29127410209698101}]
[null,"% of slash harvested",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C7:$AX7),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C7,_xlpm.val)), \"Check scenario name\")","v":0.5},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C7:$AX7),_xlpm.source,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D7:$AY7),_xlpm.matchingsource,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D7,_xlpm.source),IF(_xlpm.matchingsource=\"\",\"No source given\",_xlpm.matchingsource)), \"Check scenario name\")","v":"assumed from residue retention recommendations"},null,null,null,"NG-CCS emissions",null,{"$f":"AS46","v":205.73208591926672},0,0,{"$f":"SUM(K21:M21)","v":205.73208591926672},{"$f":"AP46/AI46*1000","v":368.37601910099221},null,null,"Cost compared to NG-CCS cost",null,{"$f":"(T19)/$U19","v":0.75524978935051967},{"$f":"(U19)/$U19","v":1},{"$f":"(V19)/$U19","v":1.5061938991151729},{"$f":"(W19)/$U19","v":2.6034945619263423}]
[null,"Carbon loss from ancillary sapling mortality (as % of harvested wood)",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C8:$AX8),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C8,_xlpm.val)), \"Check scenario name\")","v":8.5000000000000006E-2},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C8:$AX8),_xlpm.source,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D8:$AY8),_xlpm.matchingsource,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D8,_xlpm.source),IF(_xlpm.matchingsource=\"\",\"No source given\",_xlpm.matchingsource)), \"Check scenario name\")","v":"SORTIE model analysis of northeastern U.S."},null,null,null,"NG w/o CCS emissions",null,{"$f":"(AR46+AA46*CO2_to_C_ratio)/(AF46+AJ46)*1000","v":507.80601302157481},0,0,{"$f":"SUM(K22:M22)","v":507.80601302157481},0,null,null,"Incremental cost $ per tCO2e saving",null,"-",{"$f":"IF(($N22-N21)>0,(U19-$T19)/($N22-N21)*1000000,\"No saving\")","v":127.68862731357667},{"$f":"IF(($N22-N20)>0,(V19-$T19)/($N22-N20)*1000,\"No saving\")","v":"No saving"},{"$f":"IF(($N22-N19)>0,(W19-$T19)/($N22-N19)*1000000,\"No saving\")","v":"No saving"}]
[null,"Carbon lost in bark and processing into pellets",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C9:$AX9),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C9,_xlpm.val)), \"Check scenario name\")","v":0.22},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C9:$AX9),_xlpm.source,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D9:$AY9),_xlpm.matchingsource,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D9,_xlpm.source),IF(_xlpm.matchingsource=\"\",\"No source given\",_xlpm.matchingsource)), \"Check scenario name\")","v":"Röder et al. (2015)"},null,null,null,null,null,null,null,null,null,null,null,null,"Incremental cost $ per tCO2 of storage",null,"-",{"$f":"IF(($N22-N21)>0,(U19-$T19)/(AP46/AF46)*1000,\"No saving\")","v":118.37771385856311},"-",{"$f":"(W19-$T19)/(AP36/AF36)*1000","v":386.07909831977048}]
[null,"GHG intensity of supply chain fossil fuel use (kgCO2e/tonne fuel)",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C10:$AX10),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C10,_xlpm.val)), \"Check scenario name\")","v":268},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C10:$AX10),_xlpm.source,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D10:$AY10),_xlpm.matchingsource,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D10,_xlpm.source),IF(_xlpm.matchingsource=\"\",\"No source given\",_xlpm.matchingsource)), \"Check scenario name\")","v":"Röder et al. (2015)"},null,null,null,null,null,null,null,null,null,null,null,null,"Disaggregated cost:","Fuel cost ($/kWh)",{"$f":"_xlfn.LET(_xlpm.comment, \"Increase non-fuel costs by a CHP multiplier that increases for higher total energy efficiency\", _xlpm.labels, INDEX(CHP_multiplier,,1),_xlpm.column, INDEX(CHP_multiplier,,2),_xlpm.x,_xlfn.XLOOKUP(\"X\",_xlpm.labels,_xlpm.column),_xlpm.Z, _xlfn.XLOOKUP(\"Z\", _xlpm.labels, _xlpm.column), _xlpm.baseline,_xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$64, _xlpm.labels, _xlpm.column), _xlpm.benchmark, _xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$65,_xlpm.labels,_xlpm.column), _xlpm.multiplier,IF(D44=0,0,_xlpm.x*MAX(0,(SUM($D$43,$D$44)-_xlpm.baseline)/(_xlpm.benchmark-_xlpm.baseline))^_xlpm.Z),_xlpm.result,(D32/1000)/D43,_xlpm.result*($D$43/SUM($D$43,$D$44)))","v":6.5217391304347838E-2},{"$f":"_xlfn.LET(_xlpm.Plant_cost,(T24*SUM($AF$46,$AJ$46)), _xlpm.CCS_cost, NG_CCS_increment/1000*$AM$46*CO2_to_C_ratio, _xlpm.denominator, SUM($AI$46:$AJ$46), (_xlpm.Plant_cost)/_xlpm.denominator)","v":7.3732551360145254E-2},{"$f":"_xlfn.LET(_xlpm.comment, \"Increase non-fuel costs by a CHP multiplier that increases for higher total energy efficiency\", _xlpm.labels, INDEX(CHP_multiplier,,1),_xlpm.column, INDEX(CHP_multiplier,,3),_xlpm.x,_xlfn.XLOOKUP(\"X\",_xlpm.labels,_xlpm.column),_xlpm.Z, _xlfn.XLOOKUP(\"Z\", _xlpm.labels, _xlpm.column), _xlpm.baseline,_xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$64, _xlpm.labels, _xlpm.column), _xlpm.benchmark, _xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$65,_xlpm.labels,_xlpm.column), _xlpm.multiplier,IF(D26=0,0,_xlpm.x*MAX(0,(SUM($D$25,$D$26)-_xlpm.baseline)/(_xlpm.benchmark-_xlpm.baseline))^_xlpm.Z),_xlpm.result,(D33*'Fajardy 2021 cost data'!$R$53)/D25, _xlpm.CHP_result,_xlpm.result*($D$25/SUM($D$25,$D$26)),_xlpm.CHP_result)","v":0.11232093295867883},{"$f":"_xlfn.LET(_xlpm.Plant_cost,(V24*SUM($AF$36,$AJ$36)), _xlpm.CCS_cost, NG_CCS_increment/1000*$AM$36*CO2_to_C_ratio, _xlpm.denominator, SUM($AI$36:$AJ$36), (_xlpm.Plant_cost)/_xlpm.denominator)","v":0.16268898325741102}]
[null,"Biomass power efficiency (no CCS)",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C11:$AX11),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C11,_xlpm.val)), \"Check scenario name\")","v":0.36},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C11:$AX11),_xlpm.source,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D11:$AY11),_xlpm.matchingsource,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D11,_xlpm.source),IF(_xlpm.matchingsource=\"\",\"No source given\",_xlpm.matchingsource)), \"Check scenario name\")","v":"Quiggins estimate of Drax average"},null,null,null,null,null,null,null,null,null,null,null,null,null,"CCS cost ($/kWh)",null,{"$f":"_xlfn.LET(_xlpm.Plant_cost,(T24*SUM($AF$46,$AJ$46)-'Fajardy 2021 cost data'!P55*$AF$46), _xlpm.CCS_cost, NG_CCS_increment/1000*$AM$46*CO2_to_C_ratio, _xlpm.denominator, SUM($AI$46:$AJ$46), (_xlpm.CCS_cost)/_xlpm.denominator)","v":2.6947971642311077E-2},null,{"$f":"_xlfn.LET(_xlpm.Plant_cost,(V19*SUM($AF$36,$AJ$36)-'Fajardy 2021 cost data'!P55*$AF$36), _xlpm.CCS_cost, NG_CCS_increment/1000*$AM$36*CO2_to_C_ratio, _xlpm.denominator, SUM($AI$36:$AJ$36), (_xlpm.CCS_cost)/_xlpm.denominator)","v":7.9938824205132722E-2}]
[null,"Biomass heat efficiency (no CCS)",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C12:$AX12),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C12,_xlpm.val)), \"Check scenario name\")","v":0},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C12:$AX12),_xlpm.source,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D12:$AY12),_xlpm.matchingsource,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D12,_xlpm.source),IF(_xlpm.matchingsource=\"\",\"No source given\",_xlpm.matchingsource)), \"Check scenario name\")","v":"No CHP"},null,null,null,null,null,null,null,null,null,null,null,null,null,"Other cost ($/kWh)",{"$f":"_xlfn.LET(_xlpm.comment, \"Increase non-fuel costs by a CHP multiplier that increases for higher total energy efficiency\", _xlpm.labels, INDEX(CHP_multiplier,,1),_xlpm.column, INDEX(CHP_multiplier,,2),_xlpm.x,_xlfn.XLOOKUP(\"X\",_xlpm.labels,_xlpm.column),_xlpm.Z, _xlfn.XLOOKUP(\"Z\", _xlpm.labels, _xlpm.column), _xlpm.baseline,_xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$64, _xlpm.labels, _xlpm.column), _xlpm.benchmark, _xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$65,_xlpm.labels,_xlpm.column), _xlpm.multiplier,IF(D44=0,0,_xlpm.x*MAX(0,(SUM($D$43,$D$44)-_xlpm.baseline)/(_xlpm.benchmark-_xlpm.baseline))^_xlpm.Z),_xlpm.result,(D34*(1+_xlpm.multiplier))/D43+'Fajardy 2021 cost data'!P55,_xlpm.result*($D$43/SUM($D$43,$D$44)))","v":5.3806185830093667E-2},{"$f":"_xlfn.LET(_xlpm.Plant_cost,(T26*SUM($AF$46,$AJ$46)-'Fajardy 2021 cost data'!P55*$AF$46), _xlpm.CCS_cost, NG_CCS_increment/1000*$AM$46*CO2_to_C_ratio, _xlpm.denominator, SUM($AI$46:$AJ$46), (_xlpm.Plant_cost+'Fajardy 2021 cost data'!P55*AI46)/_xlpm.denominator)","v":5.6914459230900327E-2},{"$f":"_xlfn.LET(_xlpm.comment, \"Increase non-fuel costs by a CHP multiplier that increases for higher total energy efficiency\", _xlpm.labels, INDEX(CHP_multiplier,,1),_xlpm.column, INDEX(CHP_multiplier,,3),_xlpm.x,_xlfn.XLOOKUP(\"X\",_xlpm.labels,_xlpm.column),_xlpm.Z, _xlfn.XLOOKUP(\"Z\", _xlpm.labels, _xlpm.column), _xlpm.baseline,_xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$64, _xlpm.labels, _xlpm.column), _xlpm.benchmark, _xlfn.XLOOKUP('Fajardy 2021 cost data'!$O$65,_xlpm.labels,_xlpm.column), _xlpm.multiplier,IF(D26=0,0,_xlpm.x*MAX(0,(SUM($D$25,$D$26)-_xlpm.baseline)/(_xlpm.benchmark-_xlpm.baseline))^_xlpm.Z),_xlpm.result,(D35*(1+_xlpm.multiplier))/D25+'Fajardy 2021 cost data'!R55, _xlpm.CHP_result,_xlpm.result*($D$25/SUM($D$25,$D$26)),_xlpm.CHP_result)","v":0.12504766781236698},{"$f":"_xlfn.LET(_xlpm.Plant_cost,(V26*SUM($AF$36,$AJ$36)-'Fajardy 2021 cost data'!P55*$AF$36), _xlpm.CCS_cost, NG_CCS_increment/1000*$AM$36*CO2_to_C_ratio, _xlpm.denominator, SUM($AI$36:$AJ$36), (_xlpm.Plant_cost+'Fajardy 2021 cost data'!P55*$AI$36)/_xlpm.denominator)","v":0.16766987176887871}]
[null,"Carbon capture %",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C13:$AX13),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C13,_xlpm.val)), \"Check scenario name\")","v":0.85},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C13:$AX13),_xlpm.source,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D13:$AY13),_xlpm.matchingsource,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D13,_xlpm.source),IF(_xlpm.matchingsource=\"\",\"No source given\",_xlpm.matchingsource)), \"Check scenario name\")","v":"Assumption"}]
[null,"Carbon capture electrical energy efficiency penalty",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C14:$AX14),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C14,_xlpm.val)), \"Check scenario name\")","v":0.11145498450164784},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C14:$AX14),_xlpm.source,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D14:$AY14),_xlpm.matchingsource,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D14,_xlpm.source),IF(_xlpm.matchingsource=\"\",\"No source given\",_xlpm.matchingsource)), \"Check scenario name\")","v":"Isoli et al. 2025"},null,null,"Table 4:","Fate of the carbon in the forest",null,null,null,null,null,null,null,"Table 5:","Change in atmospheric carbon due to BECCS"]
[null,"Harvest-enhanced growth as fraction of wood subject to harvest (undisturbed growth as baseline)",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C15:$AX15),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C15,_xlpm.val)), \"Check scenario name\")","v":0.39102564102564102},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C15:$AX15),_xlpm.source,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D15:$AY15),_xlpm.matchingsource,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D15,_xlpm.source),IF(_xlpm.matchingsource=\"\",\"No source given\",_xlpm.matchingsource)), \"Check scenario name\")","v":"Highly variable. Initial global average calculation using CHARM (combines secondary forest + plantations)"},null,null,null,null,null,"% carbon lost in forest","% carbon lost in processing & transport","% carbon emitted in plant","% carbon captured","supply chain fossil carbon as % of CO2 captured","% of total carbon  (biogenic +  fossil) captured",null,null,null,"Claimed stored carbon from BECCS (kgs CO2)","Claimed net carbon removal from BECCS (kgs CO2)","Change in atmospheric carbon (kgs CO2)","% of CCS carbon that is an actual negative emission ","Biomass % harvest-enhanced growth needed for C neutrality","Assumed % harvest-enhanced growth achieved"]
[null,null,null,null,null,null,null,null,"Percentage",null,{"$f":"Q36","v":0.35361216730038025},{"$f":"W36*(1-K30)","v":0.14220532319391635},{"$f":"AL36/J36","v":7.5627376425855528E-2},{"$f":"AM36/J36","v":0.42855513307984788},{"$f":"AR36/AP36","v":0.19136559276346618},{"$f":"(AP36-AR36)/(J36*CO2_to_C_ratio)","v":0.34654442600619667},null,"Value",null,{"$f":"-AP36","v":-3114400},{"$f":"-AM36*CO2_to_C_ratio+AR36","v":-2518410.9978974611},{"$f":"(1-Y30)*J36*CO2_to_C_ratio+AR36-AP36-R36*CO2_to_C_ratio","v":1635496.8005530245},{"$f":"IF(V30>0,\"None\",V30/T30)","v":"None"},{"$f":"(AN36+AR36/CO2_to_C_ratio)/J36","v":0.61607719156913787},{"$f":"D29","v":0.39102564102564102}]
[null,"Prices",null,"Value (grey if based on default)","Source:"]
["Price related inputs",{"$f":"'Scenario Input Data Tables'!B27","v":"Gas price ($/MWh)"},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($D$4,'Scenario Input Data Tables'!$C$26:$AV$26,'Scenario Input Data Tables'!$C27:$AV27),_xlpm.result,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C27,_xlpm.val),_xlpm.result), \"Check scenario name\")","v":39.130434782608695},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D27:$AY27),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D27,_xlpm.val)), \"Check scenario name\")","v":"EU Commission, wholesale price Q1 2025"}]
[null,{"$f":"'Scenario Input Data Tables'!B28","v":"Wood pellet price ($/tonne)"},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($D$4,'Scenario Input Data Tables'!$C$26:$AV$26,'Scenario Input Data Tables'!$C28:$AV28),_xlpm.result,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C28,_xlpm.val),_xlpm.result), \"Check scenario name\")","v":208.5},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D28:$AY28),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D28,_xlpm.val)), \"Check scenario name\")","v":"Argus forward price for 2027 as quoted by Quiggin 2024"},null,null,"Table 6: ","Carbon flow calculations, BECCS (for 1 million tonnes C in pellets)"]
[null,{"$f":"'Scenario Input Data Tables'!B29","v":"Non-fuel generation cost (gas power, no CCS) ($/kWh)"},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($D$4,'Scenario Input Data Tables'!$C$26:$AV$26,'Scenario Input Data Tables'!$C29:$AV29),_xlpm.result,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C29,_xlpm.val),_xlpm.result), \"Check scenario name\")","v":1.4283711498056198E-2},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D29:$AY29),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D29,_xlpm.val)), \"Check scenario name\")","v":"Fajardy et al. (2021)"},null,null,null,null,"Carbon in standing biomass subject to harvest","Quantity of wood subject to harvest","Carbon left in root system","Carbon lost from ancillary saplings","Slash left in forest","Slash harvested from forest","Residues added from outside harvested area","Carbon in felled wood left in forest","Carbon in felled wood remaining in forest after 30 years",null,"Change in carbon emission from other forest stands, 30 years","Harvested carbon","Slash as fraction of harvested carbon","Carbon lost in processing into pellets","Carbon loss from main harvest, pre-power plant",null,"Net biogenic carbon emission pre-power plant","Remaining carbon in pellets used in plant","Fossil carbon emitted in supply chain","Carbon release per unit of fuel ","Caloric value of fuel","Thermal efficiency (no CCS)","Electricity generated (no CCS)","CCS energy penalty","Electricity generation efficiency (with CCS)","Electricity generated (with CCS)","Heat generated","CO2 capture %","Carbon released by plant (post-CCS)","Total carbon geological storage","Total biogenic C released","% biogenic carbon lost","Total biogenic CO2 geologically stored","Total biogenic CO2 released ","Fossil emissions in supply chain (kgCO2e)","Gross CO2 intensity","CO2 sequestered by harvest-enhanced growth","Net CO2 released with harvest-enhanced growth","Net CO2 intensity","Allocated electricity CO2 intensity (RED)","Allocated heat CO2 intensity (RED)"]
[null,{"$f":"'Scenario Input Data Tables'!B30","v":"Non-fuel generation cost (bioenergy, no CCS) ($/kWh)"},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($D$4,'Scenario Input Data Tables'!$C$26:$AV$26,'Scenario Input Data Tables'!$C30:$AV30),_xlpm.result,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C30,_xlpm.val),_xlpm.result), \"Check scenario name\")","v":3.4217160412452118E-2},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D30:$AY30),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D30,_xlpm.val)), \"Check scenario name\")","v":"Fajardy et al. (2021)"},null,null,null,"Units:","kg C","kg biomass (dry)","kg C","kg C","kg C","kg C","kg C","% of original standing biomass","kg C","% of original standing biomass","kg C","kg C","%","% of harvested carbon","% of original standing biomass","kg C","kg C","kg C","kgCO2e","kg C / kWh, HHV basis","kWh, HHV","%","kWh","%","%","kWh","kWh","%","kg C","kg C","kg C","%","kg CO2","kg CO2e","kg CO2e","g CO2e / kWh","kg CO2e","kg CO2e","kg CO2e / kWh","g CO2e / kWh","g CO2e / kWh"]
[null,{"$f":"'Scenario Input Data Tables'!B31","v":"Non-fuel CCS cost (gas power, $/tCO2e)"},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($D$4,'Scenario Input Data Tables'!$C$26:$AV$26,'Scenario Input Data Tables'!$C31:$AV31),_xlpm.result,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C31,_xlpm.val),_xlpm.result), \"Check scenario name\")","v":73.15343628522993},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D31:$AY31),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D31,_xlpm.val)), \"Check scenario name\")","v":"Fajardy et al. (2021)"},null,null,null,"Biomass to electricity",{"$f":"_xlfn.LET(_xlpm.HC,U36,_xlpm.SR,D20,_xlpm.SH,MIN(1,D21),_xlpm.BS,MAX(0,D21-1),_xlpm.result,U36/((1-RS_frac)*(1-_xlpm.SR+_xlpm.SR*_xlpm.SH+IF(_xlpm.BS=0,0,_xlpm.SR*_xlpm.BS/_xlpm.SH))),_xlpm.result+Ancillary_losses)","v":1983408.7481146306},{"$f":"J36*2","v":3966817.4962292612},{"$f":"RS_frac*(J36-Ancillary_losses)","v":346907.99396681756},{"$f":"D22*(U36-P36+N36)","v":128205.1282051282},{"$f":"_xlfn.LET(_xlpm.HC, U36, _xlpm.SR, D20, _xlpm.SH, MIN(D21,1), _xlpm.SI, MAX(0,D21-1), _xlpm.wood_harvest, (_xlpm.HC/(1-_xlpm.SR*(1-_xlpm.SH))), _xlpm.slash, _xlpm.wood_harvest*D20, _xlpm.extra_slash, _xlpm.SI*_xlpm.slash, _xlpm.slash*(1-_xlpm.SH))","v":226244.34389140271},{"$f":"_xlfn.LET(_xlpm.HC,U36,_xlpm.SR,D20,_xlpm.SH,MIN(1,D21),_xlpm.BS,MAX(0,D21-1),_xlpm.result,U36/((1-RS_frac)*(1-_xlpm.SR+_xlpm.SR*_xlpm.SH+IF(_xlpm.BS=0,0,_xlpm.SR*_xlpm.BS/_xlpm.SH))),_xlpm.result*(1-RS_frac)*_xlpm.SR*_xlpm.SH)","v":226244.34389140271},{"$f":"_xlfn.LET(_xlpm.HC,U36,_xlpm.SR,D20,_xlpm.SH,MIN(1,D21),_xlpm.BS,MAX(0,D21-1),_xlpm.result,U36/((1-RS_frac)*(1-_xlpm.SR+_xlpm.SR*_xlpm.SH+IF(_xlpm.BS=0,0,_xlpm.SR*_xlpm.BS/_xlpm.SH))),IF(_xlpm.BS=0,0,_xlpm.result*(1-RS_frac)*_xlpm.SR*_xlpm.BS/_xlpm.SH))","v":0},{"$f":"SUM(L36:N36)/J36","v":0.35361216730038025},{"$f":"Slash_remnant*(Ancillary_losses*(1-RS_frac)+N36)+Root_remnant*(Ancillary_losses*RS_frac+L36)","v":74136.610691455498},{"$f":"R36/J36","v":3.7378382424665395E-2},{"$f":"-(1-Slash_remnant)*P36","v":0},{"$f":"AA36/(1-W36)","v":1282051.282051282},{"$f":"SUM(O36:P36)/U36","v":0.17647058823529413},{"$f":"D23","v":0.22},{"$f":"1-(1-Q36)*(1-W36)","v":0.49581749049429658},{"$f":"_xlfn.LET(_xlpm.comment,\"Carbon left in forest minus carbon remaining in forest after 30 years\",X36*J36)","v":983408.74811463046},{"$f":"Y36-R36+T36","v":909272.13742317492},1000000,{"$f":"D$24/'Background assumptions'!$F$6*AD36/1000","v":595989.00210253906},{"$f":"'Background assumptions'!C$10","v":8.7207470941029541E-2},{"$f":"AA36/AC36","v":11466907.470303878},{"$f":"D$25","v":0.36},{"$f":"AD36*AE36","v":4128086.6893093958},{"$f":"D$28","v":0.11145498450164784},{"$f":"AE36-D$28","v":0.24854501549835215},{"$f":"AH36*AD36","v":2850042.6949248472},{"$f":"D26*AD36","v":0},{"$f":"D$27","v":0.85},{"$f":"AA36*(1-AK36)","v":150000.00000000003},{"$f":"AA36-AL36","v":850000},{"$f":"AL36+Z36","v":1059272.1374231749},{"$f":"AN36/J36","v":0.53406648449548666},{"$f":"AM36*CO2_to_C_ratio","v":3114400},{"$f":"AN36*CO2_to_C_ratio","v":3881173.1115185129},{"$f":"AB36","v":595989.00210253906},{"$f":"(AQ36+AR36)/(AI36+AJ36)*1000","v":1570.9105416538719},{"$f":"D29*J36*CO2_to_C_ratio","v":2841665.3130680285},{"$f":"(AQ36+AR36)-D$29*J36*CO2_to_C_ratio","v":1635496.8005530238},{"$f":"AU36/(AI36+AJ36)*1000","v":573.84992985031408},{"$f":"AU36*(AH36)/(AH36+D26*(CHP_temp)/(CHP_temp+273.15))/AI36*1000","v":573.84992985031408},{"$f":"IFERROR(AU36*(D26*(CHP_temp)/(CHP_temp+273.15))/(AH36+D26*(CHP_temp)/(CHP_temp+273.15))/AJ36*1000,\"-\")","v":"-"}]
[null,{"$f":"'Scenario Input Data Tables'!B32","v":"Non-fuel CCS cost (bioenergy, $/tCO2e)"},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($D$4,'Scenario Input Data Tables'!$C$26:$AV$26,'Scenario Input Data Tables'!$C32:$AV32),_xlpm.result,IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C32,_xlpm.val),_xlpm.result), \"Check scenario name\")","v":199.55276652509633},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$D32:$AY32),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D32,_xlpm.val)), \"Check scenario name\")","v":"Fajardy et al. (2021)"}]
[null,null,null,null,null,null,null,"Table 6a:","Emissions and removals normalized to 100 tC in wood felled for harvest, BECCS"]
[null,"Natural gas related",null,"Value (grey if based on default)","Source:",null,null,null,null,"CO2 sequestered in harvested trees","Emissions in forest for 30 years from harvest (including from ancillary mortality)","Wood pellet processing and transport  biogenic emissions","Fossil emissions pre-power plant","Uncaptured emissions in power plant","Carbon captured by CCS","Harvest-enhanced growth","Net Emissions","Net emissions per kWh"]
["Natural gas related inputs","Venting/fugitives/ flaring at production site",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($C$4,'Scenario Input Data Tables'!$C$17:$AV$17,'Scenario Input Data Tables'!$C18:$AV18),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C18,_xlpm.val)), \"Check scenario name\")","v":0.01},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$17:$AX$17,'Scenario Input Data Tables'!$D18:$AY18),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D18,_xlpm.val)), \"Check scenario name\")","v":"Indicative"},null,null,null,null,"t C","t C","t C","t C","t C","t C","t C","t C","g CO2e / kWh"]
[null,"Venting/fugitives/ flaring in transport",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($C$4,'Scenario Input Data Tables'!$C$17:$AV$17,'Scenario Input Data Tables'!$C19:$AV19),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C19,_xlpm.val)), \"Check scenario name\")","v":0.01},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$17:$AX$17,'Scenario Input Data Tables'!$D19:$AY19),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D19,_xlpm.val)), \"Check scenario name\")","v":"Indicative"},null,null,null,"Per 100 tC in wood felled for harvest",{"$f":"100","v":100},{"$f":"$J$41/J36*(SUM(L36:N36)-R36)","v":31.623378487571483},{"$f":"$J$41/J36*(W36*U36)","v":14.220532319391635},{"$f":"$J$41/J36*(AB36)/CO2_to_C_ratio","v":8.2010707073651226},{"$f":"$J$41/J36*(AL36)","v":7.5627376425855521},{"$f":"$J$41/J36*(AM36)","v":42.855513307984786},{"$f":"J41*D29","v":39.102564102564102},{"$f":"SUM(K41:N41)-P41","v":22.505155054349693},{"$f":"AU36/SUM(AI36:AJ36)*1000","v":573.84992985031408}]
[null,"GHG intensity of supply chain fossil fuel use (excl. CH4 emission) (gCO2e/kWh fuel)",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($C$4,'Scenario Input Data Tables'!$C$17:$AV$17,'Scenario Input Data Tables'!$C20:$AV20),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C20,_xlpm.val)), \"Check scenario name\")","v":28.8},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$17:$AX$17,'Scenario Input Data Tables'!$D20:$AY20),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D20,_xlpm.val)), \"Check scenario name\")","v":"JEC WTW"}]
[null,"Natural gas electrical efficiency (no CCS)",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($C$4,'Scenario Input Data Tables'!$C$17:$AV$17,'Scenario Input Data Tables'!$C21:$AV21),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C21,_xlpm.val)), \"Check scenario name\")","v":0.6},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$17:$AX$17,'Scenario Input Data Tables'!$D21:$AY21),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D21,_xlpm.val)), \"Check scenario name\")","v":"CCGT onshore in IPIECA."},null,null,"Table 7: ","Carbon flow calculations, NG-CCS"]
[null,"Natuiral gas heat efficiency (no CCS)",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($C$4,'Scenario Input Data Tables'!$C$17:$AV$17,'Scenario Input Data Tables'!$C22:$AV22),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C22,_xlpm.val)), \"Check scenario name\")","v":0},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$17:$AX$17,'Scenario Input Data Tables'!$D22:$AY22),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D22,_xlpm.val)), \"Check scenario name\")","v":"No CHP"},null,null,null,null,"Carbon in natural gas extracted","Quantity of natural gas extracted",null,null,null,null,null,null,null,null,"Carbon lost to venting/fugitives at production site","Carbon lost to venting/fugitives and for energy in transport",null,null,"Carbon loss pre-power plant",null,null,"Remaining carbon in gas used in plant","Fossil carbon emitted in supply chain, excl. CH4","Carbon release per unit of fuel","Caloric value of fuel","Thermal efficiency (no CCS)","Electricity generated (no CCS)","CCS energy penalty","Electricity generation efficiency (with CCS)","Electricity generated (with CCS)","Heat generated","CO2 capture %","Carbon released by plant (post-CCS)","Total carbon geological storage","Total fossil C released","% fossil carbon lost","Total fossil CO2 geologically stored","Total fossil CO2 released from plant","Fossil emissions in supply chain (incl. CH4 losses)","Total CO2 intensity",null,null,null,"Allocated electricity CO2 intensity (RED)","Allocated electricity CO2 intensity (RED)"]
[null,"Carbon capture %",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($C$4,'Scenario Input Data Tables'!$C$17:$AV$17,'Scenario Input Data Tables'!$C23:$AV23),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C23,_xlpm.val)), \"Check scenario name\")","v":0.85},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$17:$AX$17,'Scenario Input Data Tables'!$D23:$AY23),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D23,_xlpm.val)), \"Check scenario name\")","v":"Assumption "},null,null,null,"Units:","kg C","kg natural gas",null,null,null,null,null,null,null,null,"%","%",null,null,"%","kg C",null,"kg C","kgCO2e","kg C / kWh, HHV basis","kWh, HHV","%","kWh","%","%","kWh","kWh","%","kg C","kg C","kg C",null,"kg CO2","kg CO2e","kg CO2e","gCO2e / kWh",null,null,null,"kg CO2e / kWh","g CO2e / kWh"]
[null,"Carbon capture electrical energy efficiency penalty",null,{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($C$4,'Scenario Input Data Tables'!$C$17:$AV$17,'Scenario Input Data Tables'!$C24:$AV24),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!C24,_xlpm.val)), \"Check scenario name\")","v":6.9292272398430402E-2},{"$f":"IFERROR(_xlfn.LET(_xlpm.val,_xlfn.XLOOKUP($B$4,'Scenario Input Data Tables'!$C$17:$AX$17,'Scenario Input Data Tables'!$D24:$AY24),IF(_xlpm.val=\"\",'Scenario Input Data Tables'!D24,_xlpm.val)), \"Check scenario name\")","v":"Isoli et al. 2025"},null,null,null,"Natural gas to electricity",{"$f":"AA46/(1-U46)/(1-T46)","v":1020304.0506070809},{"$f":"J46/0.75","v":1360405.4008094412},null,null,null,null,null,null,null,null,{"$f":"D40","v":0.01},{"$f":"D$41","v":0.01},null,null,{"$f":"1-(1-T46)*(1-U46)","v":1.9900000000000029E-2},{"$f":"X46*J46","v":20304.050607080939},null,1000000,{"$f":"D$42*AD46/1000","v":458796.52173913049},{"$f":"0.23/CO2_to_C_ratio","v":6.2772925764192133E-2},{"$f":"AA46/AC46","v":15930434.782608697},{"$f":"D43","v":0.6},{"$f":"AD46*AE46","v":9558260.8695652187},{"$f":"D$46","v":6.9292272398430402E-2},{"$f":"AE46-D$46","v":0.53070772760156959},{"$f":"AH46*AD46","v":8454404.843183266},{"$f":"D44*AD46","v":0},{"$f":"D$45","v":0.85},{"$f":"AA46*(1-AK46)","v":150000.00000000003},{"$f":"AA46-AL46","v":850000},{"$f":"AL46+Y46","v":170304.05060708098},{"$f":"AN46/J46","v":0.16691500000000006},{"$f":"AM46*CO2_to_C_ratio","v":3114400},{"$f":"AL46*CO2_to_C_ratio","v":549600.00000000012},{"$f":"AB46+X46*27*J46*16/12","v":1189742.3435940442},{"$f":"(AQ46+AR46)/(AI46+AJ46)*1000","v":205.73208591926672},null,null,null,{"$f":"SUM(AQ46,AR46)*(AH46)/(AH46+D44*(CHP_temp)/(CHP_temp+273.15))/AI46*1000","v":205.73208591926672},{"$f":"IFERROR(SUM(AQ46:AR46)*(D44*(CHP_temp)/(CHP_temp+273.15))/(AH46+D44*(CHP_temp)/(CHP_temp+273.15))/AJ46*1000,\"-\")","v":"-"}]

{"sheet":"Scenario Input Data Tables","index":3,"n_rows":53,"n_cols":50,"rows_kept":53,"cut":false,"hidden":false,"merged":[[50,2,50,16],[51,2,51,16],[52,2,52,16],[45,2,45,16],[46,2,46,16],[47,2,47,16],[48,2,48,16],[49,2,49,16],[40,2,40,16],[41,2,41,16],[42,2,42,16],[43,2,43,16],[44,2,44,16],[35,2,35,16],[36,2,36,16],[37,2,37,16],[38,2,38,16],[39,2,39,16],[4,0,14,0],[17,0,23,0],[2,0,3,0],[34,2,34,16],[26,0,31,0]]}
[]
[null,null,"Suggested default","Source","Convert secondary forest to intensive loblolly","Source","Intensive loblolly (USDA)","Source","Loblolly + 50% residues","Source","Northeastern U.S. Forests","Source","U.S. avg","Source","U.S. Douglas Fir","Source","Germany Average","Source","Global Average",null,"CHP Germany","Source","CHP U.S. Avg.","Source","CHP (extreme)","Source",null,null,null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source"]
["Temporal model","Post-harvest growth ","Global",null,"Hoover loblolly",null,"Hoover loblolly",null,"Hoover loblolly",null,"US average",null,"US average",null,"Hoover douglas fir",null,"Germany",null,"Global",null,"Germany",null,"US average",null,"Hoover loblolly"]
[null,"Counter-factual growth","Global",null,"Hoover oak hickory",null,"Hoover loblolly",null,"Hoover loblolly",null,"US average",null,"US average",null,"Hoover douglas fir",null,"Germany",null,"Global",null,"Germany",null,"US average",null,"Hoover loblolly"]
["Biomass related inputs","Root:shoot ratio (expressed as ratio with colon or as % of roots in total wood)","23:100","Huang et al., Earth Syst. Sci. Data, 13, 4263–4274, 2021",null,null,null,null,{"$f":"$C$5","v":"23:100"},null,"18.4:100","U.S. Forest Inventory data analyzed by Canham using SORTIE Model (SORTIE)",{"$f":"C5","v":"23:100"},"Peng et al. Nature (2023)"]
[null,"% slash (slash rate of ABG carbon)",0.3,"IPCC rates based on biomass expansion factors as calculated globally using CHARM model (Peng et. al 2023)",0.3,"Author calculations based on biomass allocation equations in Zhao et al. (2015)",0.2,"Author calculations based on biomass allocation equations in Zhao et al. (2015)",0.2,"Author calculations based on biomass allocation equations in Zhao et al. (2015)",0.36940000000000001,"SORTIE",null,null,null,null,null,null,null,null,null,null,null,null,0.2]
[null,"% of slash harvested",0.5,"assumed from residue retention recommendations",null,null,null,null,2.5,null,null,null,null,null,null,null,null,null,null,null,null,null,1,null,2.5,"Assume high slash harvest"]
[null,"Carbon loss from ancillary sapling mortality (as % of harvested wood)",8.5000000000000006E-2,"SORTIE model analysis of northeastern U.S.",4.2999999999999997E-2,null,4.2999999999999997E-2,null,4.2999999999999997E-2,null,null,null,7.0000000000000007E-2,null,null,null,4.2999999999999997E-2]
[null,"Carbon lost in bark and processing into pellets",0.22,"Röder et al. (2015)"]
[null,"GHG intensity of supply chain fossil fuel use (kgCO2e/tonne fuel)",268,"Röder et al. (2015)"]
[null,"Biomass power efficiency (no CCS)",0.36,"Quiggins estimate of Drax average",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.3,"Assumption",0.3,"Assumption",0.35,"Assumption"]
[null,"Biomass heat efficiency for CHP (no CCS). Set to zero for electricity production only. ",0,"No CHP",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.45,"Assumption",0.45,"Assumption",0.45,"Assumption"]
[null,"Carbon capture %",0.85,"Assumption",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,0.9,"Assume high capture efficiency"]
[null,"Carbon capture energy efficiency penalty",{"$f":"'Isoli 2025'!S41","v":0.11145498450164784},"Isoli et al. 2025",null,null,null,null,0.111,null,null,null,null,null,null,null,null,null,null,null,5.5500000000000001E-2,null,5.5500000000000001E-2,null,5.5500000000000001E-2]
[null,"Harvest-enhanced growth as fraction of harvest (undisturbed growth as baseline)",{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(C$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":0.39102564102564102},"Highly variable. Initial global average calculation using CHARM (combines secondary forest + plantations)",0.38,"Hoover et al. (2021) Tables A46 and A21",0.56999999999999995,"Hoover, Bagdon & Gagnon (2021)  Table A44",0.56999999999999995,"Calculations from CHARM model used in Peng et al. Nature (2023) and shown in Global Land Squeeze (WRI 2023)",0,"SORTIE",0.39,"CHARM",0.31,"Hoover, Bagdon & Gagnon (2021)  Table A21",{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(Q$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":0.17789165446559296},"CHARM",0.39,"CHARM",{"$f":"Q15","v":0.17789165446559296},null,0.36,null,0.6,null,null,null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(AC$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":""},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(AE$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":""},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(AG$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":""},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(AI$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":""},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(AK$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":""},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(AM$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":""},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(AO$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":""},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(AQ$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":""},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(AS$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":""},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(AU$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":""},null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH('CHARM results'!$B$12,INDEX(CHARM_results,,1),0),MATCH(_xlfn.XLOOKUP(AW$2,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,)),INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":""}]
[]
[null,"Natural gas related","Suggested default","Source","High losses","Source","High GHG intensity in supply chain","Source","CHP","Source","CHP extreme","Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source"]
["Natural gas related inputs","Venting/fugitives/ flaring at production site",0.01,"Indicative",0.03,"Indicative (three times default)"]
[null,"Venting/fugitives/ flaring in transport",0.01,"Indicative",0.02,"Indicative (twice default)"]
[null,"GHG intensity of supply chain fossil fuel use (excl. CH4 emission) (gCO2e/kWh fuel)",28.8,"JEC WTW",null,null,{"$f":"C20*1.4","v":40.32},"Indicative (40% above default)"]
[null,"Natural gas power efficiency (no CCS)",0.6,"CCGT onshore in IPIECA.",null,null,null,null,0.5,"Indicative ",0.45,"Indicative "]
[null,"Natural gas heat efficiency for CHP (no CCS). Set to zero for electricity production only. ",0,"No CHP",null,null,null,null,0.35,"Indicative ",0.45,"Indicative "]
[null,"Carbon capture %",0.85,"Assumption ",null,null,null,null,0.85,"Indicative ",0.9,"Indicative "]
[null,"Carbon capture energy efficiency penalty",{"$f":"'Isoli 2025'!S40","v":6.9292272398430402E-2},"Isoli et al. 2025",null,null,null,null,3.4500000000000003E-2,"Assumed half of power only",3.4500000000000003E-2,"Assumed half of power only"]
[]
[null,"Prices","Suggested default","Source","Low gas price, low pellet price","Source","High gas price, high pellet price","Source","Low gas price, high pellet price","Source","High gas price, low pellet price","Source","Low CCS cost","Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source",null,"Source"]
["Price related inputs","Gas price ($/MWh)",39.130434782608695,"EU Commission, wholesale price Q1 2025",{"$f":"C27/1.5","v":26.086956521739129},"Indicative (50% below default)",{"$f":"C27*1.5","v":58.695652173913047},"Indicative (50% above default)",{"$f":"E27","v":26.086956521739129},"Indicative (50% below default)",{"$f":"G27","v":58.695652173913047},"Indicative (50% above default)"]
[null,"Wood pellet price ($/tonne)",208.5,"Argus forward price for 2027 as quoted by Quiggin 2024",{"$f":"C28/1.5","v":139},"Indicative (50% below default)",{"$f":"C28*1.5","v":312.75},"Indicative (50% above default)",{"$f":"G28","v":312.75},"Indicative (50% above default)",{"$f":"E28","v":139},"Indicative (50% below default)"]
[null,"Non-fuel generation cost (gas power, no CCS) ($/kWh)",{"$f":"SUM('Fajardy 2021 cost data'!P43:P45,'Fajardy 2021 cost data'!P47:P48)","v":1.4283711498056198E-2},"Fajardy et al. (2021)"]
[null,"Non-fuel generation cost (bioenergy, no CCS) ($/kWh)",{"$f":"SUM('Fajardy 2021 cost data'!R43:R45,'Fajardy 2021 cost data'!R47:R48)","v":3.4217160412452118E-2},"Fajardy et al. (2021)"]
[null,"Non-fuel CCS cost (gas power, $/tCO2e)",{"$f":"'Fajardy 2021 cost data'!S37","v":73.15343628522993},"Fajardy et al. (2021)",null,null,null,null,null,null,null,null,{"$f":"C31/2","v":36.576718142614965},"Indicative (50% below default)"]
[null,"Non-fuel CCS cost (bioenergy, $/tCO2e)",{"$f":"'Fajardy 2021 cost data'!W37","v":199.55276652509633},"Fajardy et al. (2021)",null,null,null,null,null,null,null,null,{"$f":"C32/2","v":99.776383262548165},"Indicative (50% below default)"]
[]
[]
[null,"References:","Brown, M., et al., Net carbon sequestration implications of intensified timber harvest in Northeastern U.S. forests. Ecosphere 15, e4758 (2024)."]
[]
[null,null,"European Commission, Report on Energy Prices and Costs in Europe (2025)"]
[]
[null,null,"Hoover, C. M., Bagdon, B. & Gagnon, A. Standard Estimates of Forest Ecosystem Carbon for Forest Types of the United States. 1–158 (2021)"]
[]
[null,null,"IPIECA, Combined Cycle Gas-Turbines: Energy Efficiency Compendium. (London, 2022)."]
[]
[null,null,"Pröll, T. & Zerobin, F. Biomass-based negative emission technology options with combined heat and power generation. Mitig Adapt Strateg Glob Change 24, 1307–1324 (2019)."]
[]
[null,null,"Fajardy, M. et al. The economics of bioenergy with carbon capture and storage (BECCS) deployment in a 1.5 °C or 2 °C world. Global Environmental Change 68, 102262 (2021)."]
[]
[null,null,"Peng, L., Searchinger, T. D., Zionts, J. & R. Waite, The carbon costs of global wood harvests. Nature 620, 110–115 (2023)."]
[]
[null,null,"Quiggin, D. BECCS Deployment: The Risks of Policies Forging Ahead of the Evidence (2021)."]
[]
[null,null,"Röder, M., Whittaker, C. & Thornley, P. How certain are greenhouse gas reductions from bioenergy? Life cycle assessment and uncertainty analysis of wood pellet-to-electricity supply chains from forest residues. Biomass and Bioenergy 79, 50–63 (2015)."]
[]
[null,null,"Zhao, D., M. Kane, D. Markewitz, R. Teskey, Ratio Equations for Loblolly Pine Trees, in New Directions in Inventory Techniques & Applications Forest Inventory & Analysis (FIA) Symposium 2015 (PNW-GTW-931, 2015)  pp. 36-38)"]

{"sheet":"Saved data","index":4,"n_rows":445,"n_cols":378,"rows_kept":69,"cut":true,"hidden":false,"merged":[[76,15,76,17],[77,15,77,17],[78,15,78,17],[79,15,82,15],[79,16,79,17],[80,16,80,17],[81,16,81,17],[82,16,82,17],[71,15,75,15],[71,16,71,17],[72,16,72,17],[73,16,73,17],[74,16,74,17],[75,16,75,17],[66,15,70,15],[66,16,66,17],[67,16,67,17],[68,16,68,17],[69,16,69,17],[70,16,70,17],[61,15,65,15],[61,16,61,17],[62,16,62,17],[63,16,63,17],[64,16,64,17],[65,16,65,17],[51,15,51,17],[56,15,60,15],[56,16,56,17],[57,16,57,17],[58,16,58,17],[59,16,59,17],[60,16,60,17],[53,15,53,17],[52,15,52,17],[15,16,15,17],[16,16,16,17],[17,16,17,17],[18,16,18,17],[19,16,19,17],[20,16,20,17],[54,15,54,17],[55,15,55,17],[46,15,46,17],[4,15,4,17],[6,15,6,17],[7,15,7,17],[10,15,10,17],[11,15,11,17],[12,15,12,17],[5,15,5,17],[9,15,9,17],[8,15,8,17],[45,15,45,17],[13,15,13,17],[14,15,14,17],[21,16,21,17],[22,16,22,17],[23,16,23,17],[24,16,24,17],[34,16,34,17],[25,16,25,17],[26,16,26,17],[27,16,27,17],[28,16,28,17],[29,16,29,17],[30,16,30,17],[31,16,31,17],[32,16,32,17],[33,16,33,17],[47,15,47,17],[48,15,48,17],[49,15,49,17],[50,15,50,17],[15,15,19,15],[38,15,41,15],[40,16,40,17],[41,16,41,17],[30,15,34,15],[25,15,29,15],[20,15,24,15],[35,15,35,17],[36,15,36,17],[37,15,37,17],[38,16,38,17],[39,16,39,17]],"bounds":{"rows_first":31,"rows_last":7,"rows_between":31,"halvings":6}}
[{"$f":"TRANSPOSE(IF((P1:BB13)=\"\",\"\",P1:BB13))","v":"Active scenario result"},"","","","Suggested default\r\nSuggested default\r\nSuggested default","Net GHG Intensity of NG (No CCS)","Net GHG intensity of NG-CCS","Net GHG Intensity of Bioenergy (no CCS)","Net GHG intensity of BECCS","Incremental cost of BECCS over NG power","Mitigation cost for BECCS rel to NG (no CCS)","Mitigation cost for BECCS rel to NG (with CCS)","BECCS cost compared to NG-CCS cost",null,null,"Active scenario result",null,null,null,null,"Select recorded scenario results to compare (repeated scenario selections will show as blank):",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Chart data for paper"]
["","","","","","","","","","","","","",null,null,null,null,null,null,null,"Biomass scenario","Global Average","U.S. avg","Northeastern U.S. Forests","Germany Average","U.S. Douglas Fir","Convert secondary forest to intensive loblolly","Intensive loblolly (USDA)","Loblolly + 50% residues","CHP Germany","CHP U.S. Avg.","CHP (extreme)","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default",null,null,{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BE6)-1)/4,0)+1,(ROWS(BD$2:BD2)))","v":"CHP U.S. Avg."},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BF6)-1)/4,0)+1,(ROWS(BE$2:BE2)))","v":"CHP U.S. Avg."},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BG6)-1)/4,0)+1,(ROWS(BF$2:BF2)))","v":"CHP U.S. Avg."},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BH6)-1)/4,0)+1,(ROWS(BG$2:BG2)))","v":"CHP U.S. Avg."},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BI6)-1)/4,0)+1,(ROWS(BH$2:BH2)))","v":"CHP Germany"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BJ6)-1)/4,0)+1,(ROWS(BI$2:BI2)))","v":"CHP Germany"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BK6)-1)/4,0)+1,(ROWS(BJ$2:BJ2)))","v":"CHP Germany"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BL6)-1)/4,0)+1,(ROWS(BK$2:BK2)))","v":"CHP Germany"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BM6)-1)/4,0)+1,(ROWS(BL$2:BL2)))","v":"CHP (extreme)"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BN6)-1)/4,0)+1,(ROWS(BM$2:BM2)))","v":"CHP (extreme)"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BO6)-1)/4,0)+1,(ROWS(BN$2:BN2)))","v":"CHP (extreme)"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BP6)-1)/4,0)+1,(ROWS(BO$2:BO2)))","v":"CHP (extreme)"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BQ6)-1)/4,0)+1,(ROWS(BP$2:BP2)))","v":"Convert secondary forest to intensive loblolly"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BR6)-1)/4,0)+1,(ROWS(BQ$2:BQ2)))","v":"Convert secondary forest to intensive loblolly"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BS6)-1)/4,0)+1,(ROWS(BR$2:BR2)))","v":"Convert secondary forest to intensive loblolly"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BT6)-1)/4,0)+1,(ROWS(BS$2:BS2)))","v":"Convert secondary forest to intensive loblolly"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BU6)-1)/4,0)+1,(ROWS(BT$2:BT2)))","v":"U.S. avg"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BV6)-1)/4,0)+1,(ROWS(BU$2:BU2)))","v":"U.S. avg"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BW6)-1)/4,0)+1,(ROWS(BV$2:BV2)))","v":"U.S. avg"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BX6)-1)/4,0)+1,(ROWS(BW$2:BW2)))","v":"U.S. avg"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BY6)-1)/4,0)+1,(ROWS(BX$2:BX2)))","v":"Global Average"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:BZ6)-1)/4,0)+1,(ROWS(BY$2:BY2)))","v":"Global Average"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CA6)-1)/4,0)+1,(ROWS(BZ$2:BZ2)))","v":"Global Average"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CB6)-1)/4,0)+1,(ROWS(CA$2:CA2)))","v":"Global Average"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CC6)-1)/4,0)+1,(ROWS(CB$2:CB2)))","v":"U.S. Douglas Fir"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CD6)-1)/4,0)+1,(ROWS(CC$2:CC2)))","v":"U.S. Douglas Fir"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CE6)-1)/4,0)+1,(ROWS(CD$2:CD2)))","v":"U.S. Douglas Fir"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CF6)-1)/4,0)+1,(ROWS(CE$2:CE2)))","v":"U.S. Douglas Fir"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CG6)-1)/4,0)+1,(ROWS(CF$2:CF2)))","v":"Germany Average"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CH6)-1)/4,0)+1,(ROWS(CG$2:CG2)))","v":"Germany Average"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CI6)-1)/4,0)+1,(ROWS(CH$2:CH2)))","v":"Germany Average"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CJ6)-1)/4,0)+1,(ROWS(CI$2:CI2)))","v":"Germany Average"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CK6)-1)/4,0)+1,(ROWS(CJ$2:CJ2)))","v":"Intensive loblolly (USDA)"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CL6)-1)/4,0)+1,(ROWS(CK$2:CK2)))","v":"Intensive loblolly (USDA)"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CM6)-1)/4,0)+1,(ROWS(CL$2:CL2)))","v":"Intensive loblolly (USDA)"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CN6)-1)/4,0)+1,(ROWS(CM$2:CM2)))","v":"Intensive loblolly (USDA)"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CO6)-1)/4,0)+1,(ROWS(CN$2:CN2)))","v":"Northeastern U.S. Forests"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CP6)-1)/4,0)+1,(ROWS(CO$2:CO2)))","v":"Northeastern U.S. Forests"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CQ6)-1)/4,0)+1,(ROWS(CP$2:CP2)))","v":"Northeastern U.S. Forests"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE6:CR6)-1)/4,0)+1,(ROWS(CQ$2:CQ2)))","v":"Northeastern U.S. Forests"}]
["","","","","","","","","","","","","",null,null,null,null,null,null,null,"NG scenario","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","CHP","CHP","CHP extreme","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default",null,null,{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BE2)-1)/4,0)+1,(ROWS(BD$2:BD3)))","v":"CHP"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BF2)-1)/4,0)+1,(ROWS(BE$2:BE3)))","v":"CHP"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BG2)-1)/4,0)+1,(ROWS(BF$2:BF3)))","v":"CHP"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BH2)-1)/4,0)+1,(ROWS(BG$2:BG3)))","v":"CHP"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BI2)-1)/4,0)+1,(ROWS(BH$2:BH3)))","v":"CHP"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BJ2)-1)/4,0)+1,(ROWS(BI$2:BI3)))","v":"CHP"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BK2)-1)/4,0)+1,(ROWS(BJ$2:BJ3)))","v":"CHP"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BL2)-1)/4,0)+1,(ROWS(BK$2:BK3)))","v":"CHP"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BM2)-1)/4,0)+1,(ROWS(BL$2:BL3)))","v":"CHP extreme"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BN2)-1)/4,0)+1,(ROWS(BM$2:BM3)))","v":"CHP extreme"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BO2)-1)/4,0)+1,(ROWS(BN$2:BN3)))","v":"CHP extreme"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BP2)-1)/4,0)+1,(ROWS(BO$2:BO3)))","v":"CHP extreme"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BQ2)-1)/4,0)+1,(ROWS(BP$2:BP3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BR2)-1)/4,0)+1,(ROWS(BQ$2:BQ3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BS2)-1)/4,0)+1,(ROWS(BR$2:BR3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BT2)-1)/4,0)+1,(ROWS(BS$2:BS3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BU2)-1)/4,0)+1,(ROWS(BT$2:BT3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BV2)-1)/4,0)+1,(ROWS(BU$2:BU3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BW2)-1)/4,0)+1,(ROWS(BV$2:BV3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BX2)-1)/4,0)+1,(ROWS(BW$2:BW3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BY2)-1)/4,0)+1,(ROWS(BX$2:BX3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:BZ2)-1)/4,0)+1,(ROWS(BY$2:BY3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CA2)-1)/4,0)+1,(ROWS(BZ$2:BZ3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CB2)-1)/4,0)+1,(ROWS(CA$2:CA3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CC2)-1)/4,0)+1,(ROWS(CB$2:CB3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CD2)-1)/4,0)+1,(ROWS(CC$2:CC3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CE2)-1)/4,0)+1,(ROWS(CD$2:CD3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CF2)-1)/4,0)+1,(ROWS(CE$2:CE3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CG2)-1)/4,0)+1,(ROWS(CF$2:CF3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CH2)-1)/4,0)+1,(ROWS(CG$2:CG3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CI2)-1)/4,0)+1,(ROWS(CH$2:CH3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CJ2)-1)/4,0)+1,(ROWS(CI$2:CI3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CK2)-1)/4,0)+1,(ROWS(CJ$2:CJ3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CL2)-1)/4,0)+1,(ROWS(CK$2:CK3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CM2)-1)/4,0)+1,(ROWS(CL$2:CL3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CN2)-1)/4,0)+1,(ROWS(CM$2:CM3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CO2)-1)/4,0)+1,(ROWS(CN$2:CN3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CP2)-1)/4,0)+1,(ROWS(CO$2:CO3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CQ2)-1)/4,0)+1,(ROWS(CP$2:CP3)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE2:CR2)-1)/4,0)+1,(ROWS(CQ$2:CQ3)))","v":"Suggested default"}]
["","","","","Value:",507.80601302157481,205.73208591926672,1150.6291311308805,573.84992985031397,0.29127410209698101,"No saving","No saving",2.6034945619263423,null,null,null,null,null,null,null,"Cost scenario","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","High gas price, low pellet price","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default","Suggested default",null,null,{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BE3)-1)/4,0)+1,(ROWS(BD$2:BD4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BF3)-1)/4,0)+1,(ROWS(BE$2:BE4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BG3)-1)/4,0)+1,(ROWS(BF$2:BF4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BH3)-1)/4,0)+1,(ROWS(BG$2:BG4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BI3)-1)/4,0)+1,(ROWS(BH$2:BH4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BJ3)-1)/4,0)+1,(ROWS(BI$2:BI4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BK3)-1)/4,0)+1,(ROWS(BJ$2:BJ4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BL3)-1)/4,0)+1,(ROWS(BK$2:BK4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BM3)-1)/4,0)+1,(ROWS(BL$2:BL4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BN3)-1)/4,0)+1,(ROWS(BM$2:BM4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BO3)-1)/4,0)+1,(ROWS(BN$2:BN4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BP3)-1)/4,0)+1,(ROWS(BO$2:BO4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BQ3)-1)/4,0)+1,(ROWS(BP$2:BP4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BR3)-1)/4,0)+1,(ROWS(BQ$2:BQ4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BS3)-1)/4,0)+1,(ROWS(BR$2:BR4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BT3)-1)/4,0)+1,(ROWS(BS$2:BS4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BU3)-1)/4,0)+1,(ROWS(BT$2:BT4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BV3)-1)/4,0)+1,(ROWS(BU$2:BU4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BW3)-1)/4,0)+1,(ROWS(BV$2:BV4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BX3)-1)/4,0)+1,(ROWS(BW$2:BW4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BY3)-1)/4,0)+1,(ROWS(BX$2:BX4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:BZ3)-1)/4,0)+1,(ROWS(BY$2:BY4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CA3)-1)/4,0)+1,(ROWS(BZ$2:BZ4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CB3)-1)/4,0)+1,(ROWS(CA$2:CA4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CC3)-1)/4,0)+1,(ROWS(CB$2:CB4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CD3)-1)/4,0)+1,(ROWS(CC$2:CC4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CE3)-1)/4,0)+1,(ROWS(CD$2:CD4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CF3)-1)/4,0)+1,(ROWS(CE$2:CE4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CG3)-1)/4,0)+1,(ROWS(CF$2:CF4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CH3)-1)/4,0)+1,(ROWS(CG$2:CG4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CI3)-1)/4,0)+1,(ROWS(CH$2:CH4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CJ3)-1)/4,0)+1,(ROWS(CI$2:CI4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CK3)-1)/4,0)+1,(ROWS(CJ$2:CJ4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CL3)-1)/4,0)+1,(ROWS(CK$2:CK4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CM3)-1)/4,0)+1,(ROWS(CL$2:CL4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CN3)-1)/4,0)+1,(ROWS(CM$2:CM4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CO3)-1)/4,0)+1,(ROWS(CN$2:CN4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CP3)-1)/4,0)+1,(ROWS(CO$2:CO4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CQ3)-1)/4,0)+1,(ROWS(CP$2:CP4)))","v":"Suggested default"},{"$f":"INDEX('Chart selection'!$C$3:$E$12,TRUNC((COLUMNS($BE3:CR3)-1)/4,0)+1,(ROWS(CQ$2:CQ4)))","v":"Suggested default"}]
["","","","","Unit","g CO2e / kWh","g CO2e / kWh","g CO2e / kWh","g CO2e / kWh","$ / kWh","$/tCO2e","$/tCO2e","Ratio",null,null,{"$f":"'Calculation Single Use Results'!B4&CRLF&'Calculation Single Use Results'!C4&CRLF&'Calculation Single Use Results'!D4","v":"Suggested default\r\nSuggested default\r\nSuggested default"},null,null,"Value:","Unit",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"IF(BE2=BD2,\"\",BE2)","v":"CHP U.S. Avg."},{"$f":"IF(BF2=BE2,\"\",BF2)","v":""},"","","CHP Germany","","","","CHP (extreme)","","","",{"$f":"IF(BQ2=BP2,\"\",BQ2)","v":"Convert secondary forest to intensive loblolly"},"","","","U.S. avg","","","","Global Average","","","","U.S. Douglas Fir","","","","Germany Average","","","","Intensive loblolly (USDA)","","","","Northeastern U.S. Forests","","",""]
["Select recorded scenario results to compare (repeated scenario selections will show as blank):","Biomass scenario","NG scenario","Cost scenario","","","","","","","","","",null,null,{"$f":"'Calculation Single Use Results'!I5","v":"Net GHG Intensity of NG (No CCS)"},null,null,{"$f":"'Calculation Single Use Results'!L5","v":507.80601302157481},{"$f":"'Calculation Single Use Results'!M5","v":"g CO2e / kWh"},null,{"$f":"IF(ISNUMBER(MATCH(V2&V3&V4,U2:$U2&$U3:U3&$U4:U4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(V$2&CRLF&V$3&CRLF&V$4,$S$46:$ZZ$46,0)),\"\"))","v":507.80601302157481},{"$f":"IF(ISNUMBER(MATCH(W2&W3&W4,$U2:V2&$U3:V3&$U4:V4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(W$2&CRLF&W$3&CRLF&W$4,$S$46:$ZZ$46,0)),\"\"))","v":507.80601302157481},{"$f":"IF(ISNUMBER(MATCH(X2&X3&X4,$U2:W2&$U3:W3&$U4:W4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(X$2&CRLF&X$3&CRLF&X$4,$S$46:$ZZ$46,0)),\"\"))","v":507.80601302157481},{"$f":"IF(ISNUMBER(MATCH(Y2&Y3&Y4,$U2:X2&$U3:X3&$U4:X4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(Y$2&CRLF&Y$3&CRLF&Y$4,$S$46:$ZZ$46,0)),\"\"))","v":507.80601302157481},{"$f":"IF(ISNUMBER(MATCH(Z2&Z3&Z4,$U2:Y2&$U3:Y3&$U4:Y4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(Z$2&CRLF&Z$3&CRLF&Z$4,$S$46:$ZZ$46,0)),\"\"))","v":507.80601302157481},{"$f":"IF(ISNUMBER(MATCH(AA2&AA3&AA4,$U2:Z2&$U3:Z3&$U4:Z4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AA$2&CRLF&AA$3&CRLF&AA$4,$S$46:$ZZ$46,0)),\"\"))","v":507.80601302157481},{"$f":"IF(ISNUMBER(MATCH(AB2&AB3&AB4,$U2:AA2&$U3:AA3&$U4:AA4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AB$2&CRLF&AB$3&CRLF&AB$4,$S$46:$ZZ$46,0)),\"\"))","v":507.80601302157481},{"$f":"IF(ISNUMBER(MATCH(AC2&AC3&AC4,$U2:AB2&$U3:AB3&$U4:AB4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AC$2&CRLF&AC$3&CRLF&AC$4,$S$46:$ZZ$46,0)),\"\"))","v":507.80601302157481},{"$f":"IF(ISNUMBER(MATCH(AD2&AD3&AD4,$U2:AC2&$U3:AC3&$U4:AC4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AD$2&CRLF&AD$3&CRLF&AD$4,$S$46:$ZZ$46,0)),\"\"))","v":358.45130330934694},{"$f":"IF(ISNUMBER(MATCH(AE2&AE3&AE4,$U2:AD2&$U3:AD3&$U4:AD4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AE$2&CRLF&AE$3&CRLF&AE$4,$S$46:$ZZ$46,0)),\"\"))","v":358.45130330934694},{"$f":"IF(ISNUMBER(MATCH(AF2&AF3&AF4,$U2:AE2&$U3:AE3&$U4:AE4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AF$2&CRLF&AF$3&CRLF&AF$4,$S$46:$ZZ$46,0)),\"\"))","v":338.53734201438323},{"$f":"IF(ISNUMBER(MATCH(AG2&AG3&AG4,$U2:AF2&$U3:AF3&$U4:AF4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AG$2&CRLF&AG$3&CRLF&AG$4,$S$46:$ZZ$46,0)),\"\"))","v":507.80601302157481},{"$f":"IF(ISNUMBER(MATCH(AH2&AH3&AH4,$U2:AG2&$U3:AG3&$U4:AG4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AH$2&CRLF&AH$3&CRLF&AH$4,$S$46:$ZZ$46,0)),\"\"))","v":507.80601302157481},{"$f":"IF(ISNUMBER(MATCH(AI2&AI3&AI4,$U2:AH2&$U3:AH3&$U4:AH4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AI$2&CRLF&AI$3&CRLF&AI$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AJ2&AJ3&AJ4,$U2:AI2&$U3:AI3&$U4:AI4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AJ$2&CRLF&AJ$3&CRLF&AJ$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AK2&AK3&AK4,$U2:AJ2&$U3:AJ3&$U4:AJ4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AK$2&CRLF&AK$3&CRLF&AK$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AL2&AL3&AL4,$U2:AK2&$U3:AK3&$U4:AK4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AL$2&CRLF&AL$3&CRLF&AL$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AM2&AM3&AM4,$U2:AL2&$U3:AL3&$U4:AL4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AM$2&CRLF&AM$3&CRLF&AM$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AN2&AN3&AN4,$U2:AM2&$U3:AM3&$U4:AM4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AN$2&CRLF&AN$3&CRLF&AN$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AO2&AO3&AO4,$U2:AN2&$U3:AN3&$U4:AN4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AO$2&CRLF&AO$3&CRLF&AO$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AP2&AP3&AP4,$U2:AO2&$U3:AO3&$U4:AO4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AP$2&CRLF&AP$3&CRLF&AP$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AQ2&AQ3&AQ4,$U2:AP2&$U3:AP3&$U4:AP4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AQ$2&CRLF&AQ$3&CRLF&AQ$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AR2&AR3&AR4,$U2:AQ2&$U3:AQ3&$U4:AQ4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AR$2&CRLF&AR$3&CRLF&AR$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AS2&AS3&AS4,$U2:AR2&$U3:AR3&$U4:AR4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AS$2&CRLF&AS$3&CRLF&AS$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AT2&AT3&AT4,$U2:AS2&$U3:AS3&$U4:AS4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AT$2&CRLF&AT$3&CRLF&AT$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AU2&AU3&AU4,$U2:AT2&$U3:AT3&$U4:AT4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AU$2&CRLF&AU$3&CRLF&AU$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AV2&AV3&AV4,$U2:AU2&$U3:AU3&$U4:AU4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AV$2&CRLF&AV$3&CRLF&AV$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AW2&AW3&AW4,$U2:AV2&$U3:AV3&$U4:AV4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AW$2&CRLF&AW$3&CRLF&AW$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AX2&AX3&AX4,$U2:AW2&$U3:AW3&$U4:AW4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AX$2&CRLF&AX$3&CRLF&AX$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AY2&AY3&AY4,$U2:AX2&$U3:AX3&$U4:AX4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AY$2&CRLF&AY$3&CRLF&AY$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(AZ2&AZ3&AZ4,$U2:AY2&$U3:AY3&$U4:AY4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(AZ$2&CRLF&AZ$3&CRLF&AZ$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(BA2&BA3&BA4,$U2:AZ2&$U3:AZ3&$U4:AZ4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(BA$2&CRLF&BA$3&CRLF&BA$4,$S$46:$ZZ$46,0)),\"\"))","v":""},{"$f":"IF(ISNUMBER(MATCH(BB2&BB3&BB4,$U2:BA2&$U3:BA3&$U4:BA4,0)), \"\",IFERROR(INDEX($S$47:$ZZ$83,,MATCH(BB$2&CRLF&BB$3&CRLF&BB$4,$S$46:$ZZ$46,0)),\"\"))","v":""},null,null,{"$f":"_xlfn.HSTACK(INDEX(TRANSPOSE('Calculation Single Use Results'!I19:I22),{4,3,2,1}),INDEX(TRANSPOSE('Calculation Single Use Results'!I19:I22),{4,3,2,1}),INDEX(TRANSPOSE('Calculation Single Use Results'!I19:I22),{4,3,2,1}),INDEX(TRANSPOSE('Calculation Single Use Results'!I19:I22),{4,3,2,1}),INDEX(TRANSPOSE('Calculation Single Use Results'!I19:I22),{4,3,2,1}),INDEX(TRANSPOSE('Calculation Single Use Results'!I19:I22),{4,3,2,1}),INDEX(TRANSPOSE('Calculation Single Use Results'!I19:I22),{4,3,2,1}),INDEX(TRANSPOSE('Calculation Single Use Results'!I19:I22),{4,3,2,1}),INDEX(TRANSPOSE('Calculation Single Use Results'!I19:I22),{4,3,2,1}),INDEX(TRANSPOSE('Calculation Single Use Results'!I19:I22),{4,3,2,1}))","v":"NG w/o CCS emissions"},"NG-CCS emissions","Bioenergy w/o CCS emissions","BECCS emissions","NG w/o CCS emissions","NG-CCS emissions","Bioenergy w/o CCS emissions","BECCS emissions","NG w/o CCS emissions","NG-CCS emissions","Bioenergy w/o CCS emissions","BECCS emissions","NG w/o CCS emissions","NG-CCS emissions","Bioenergy w/o CCS emissions","BECCS emissions","NG w/o CCS emissions","NG-CCS emissions","Bioenergy w/o CCS emissions","BECCS emissions","NG w/o CCS emissions","NG-CCS emissions","Bioenergy w/o CCS emissions","BECCS emissions","NG w/o CCS emissions","NG-CCS emissions","Bioenergy w/o CCS emissions","BECCS emissions","NG w/o CCS emissions","NG-CCS emissions","Bioenergy w/o CCS emissions","BECCS emissions","NG w/o CCS emissions","NG-CCS emissions","Bioenergy w/o CCS emissions","BECCS emissions","NG w/o CCS emissions","NG-CCS emissions","Bioenergy w/o CCS emissions","BECCS emissions"]
["","Global Average","Suggested default","Suggested default","",507.80601302157481,205.73208591926672,1152.4347008592122,576.46517079930697,0.29127410209698101,"No saving","No saving",2.6034945619263423,null,null,{"$f":"'Calculation Single Use Results'!I6","v":"Net GHG intensity of NG-CCS"},null,null,{"$f":"'Calculation Single Use Results'!L6","v":205.73208591926672},{"$f":"'Calculation Single Use Results'!M6","v":"g CO2e / kWh"},null,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,133.88547861795823,133.88547861795823,112.86378718999987,205.73208591926672,205.73208591926672,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"TRANSPOSE('Calculation Single Use Results'!K18:N18)","v":"Fossil emissions"},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BE$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BE$2&CRLF&BE$3&CRLF&BE$4,$S$46:$ZZ$46))","v":358.45130330934694},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BF$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BF$2&CRLF&BF$3&CRLF&BF$4,$S$46:$ZZ$46))","v":133.88547861795823},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BG$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BG$2&CRLF&BG$3&CRLF&BG$4,$S$46:$ZZ$46))","v":69.299591442707154},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BH$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BH$2&CRLF&BH$3&CRLF&BH$4,$S$46:$ZZ$46))","v":74.837571752383539},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BI$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BI$2&CRLF&BI$3&CRLF&BI$4,$S$46:$ZZ$46))","v":358.45130330934694},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BJ$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BJ$2&CRLF&BJ$3&CRLF&BJ$4,$S$46:$ZZ$46))","v":133.88547861795823},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BK$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BK$2&CRLF&BK$3&CRLF&BK$4,$S$46:$ZZ$46))","v":69.299591442707154},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BL$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BL$2&CRLF&BL$3&CRLF&BL$4,$S$46:$ZZ$46))","v":74.837571752383539},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BM$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BM$2&CRLF&BM$3&CRLF&BM$4,$S$46:$ZZ$46))","v":338.53734201438323},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BN$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BN$2&CRLF&BN$3&CRLF&BN$4,$S$46:$ZZ$46))","v":112.86378718999987},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BO$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BO$2&CRLF&BO$3&CRLF&BO$4,$S$46:$ZZ$46))","v":64.968366977537954},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BP$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BP$2&CRLF&BP$3&CRLF&BP$4,$S$46:$ZZ$46))","v":69.811542756253004},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BQ$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BQ$2&CRLF&BQ$3&CRLF&BQ$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BR$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BR$2&CRLF&BR$3&CRLF&BR$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BS$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BS$2&CRLF&BS$3&CRLF&BS$4,$S$46:$ZZ$46))","v":144.37414883897327},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BT$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BT$2&CRLF&BT$3&CRLF&BT$4,$S$46:$ZZ$46))","v":209.11581541000555},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BU$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BU$2&CRLF&BU$3&CRLF&BU$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BV$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BV$2&CRLF&BV$3&CRLF&BV$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BW$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BW$2&CRLF&BW$3&CRLF&BW$4,$S$46:$ZZ$46))","v":144.37414883897327},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BX$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BX$2&CRLF&BX$3&CRLF&BX$4,$S$46:$ZZ$46))","v":209.11581541000555},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BY$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BY$2&CRLF&BY$3&CRLF&BY$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BZ$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BZ$2&CRLF&BZ$3&CRLF&BZ$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CA$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CA$2&CRLF&CA$3&CRLF&CA$4,$S$46:$ZZ$46))","v":144.37414883897327},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CB$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CB$2&CRLF&CB$3&CRLF&CB$4,$S$46:$ZZ$46))","v":209.11581541000555},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CC$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CC$2&CRLF&CC$3&CRLF&CC$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CD$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CD$2&CRLF&CD$3&CRLF&CD$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CE$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CE$2&CRLF&CE$3&CRLF&CE$4,$S$46:$ZZ$46))","v":144.37414883897327},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CF$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CF$2&CRLF&CF$3&CRLF&CF$4,$S$46:$ZZ$46))","v":209.11581541000555},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CG$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CG$2&CRLF&CG$3&CRLF&CG$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CH$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CH$2&CRLF&CH$3&CRLF&CH$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CI$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CI$2&CRLF&CI$3&CRLF&CI$4,$S$46:$ZZ$46))","v":144.37414883897327},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CJ$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CJ$2&CRLF&CJ$3&CRLF&CJ$4,$S$46:$ZZ$46))","v":209.11581541000555},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CK$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CK$2&CRLF&CK$3&CRLF&CK$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CL$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CL$2&CRLF&CL$3&CRLF&CL$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CM$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CM$2&CRLF&CM$3&CRLF&CM$4,$S$46:$ZZ$46))","v":144.37414883897327},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CN$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CN$2&CRLF&CN$3&CRLF&CN$4,$S$46:$ZZ$46))","v":209.11581541000555},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CO$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CO$2&CRLF&CO$3&CRLF&CO$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CP$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CP$2&CRLF&CP$3&CRLF&CP$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CQ$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CQ$2&CRLF&CQ$3&CRLF&CQ$4,$S$46:$ZZ$46))","v":144.37414883897327},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CR$6,$P$57:$P$83)+_xlfn.XMATCH($BD7,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CR$2&CRLF&CR$3&CRLF&CR$4,$S$46:$ZZ$46))","v":209.11581541000555}]
["","U.S. avg","Suggested default","Suggested default","",507.80601302157481,205.73208591926672,1143.017064149662,562.82438541224042,0.29127410209698101,"No saving","No saving",2.6034945619263423,null,null,{"$f":"'Calculation Single Use Results'!I7","v":"Net GHG Intensity of Bioenergy (no CCS)"},null,null,{"$f":"'Calculation Single Use Results'!L7","v":1150.6291311308805},{"$f":"'Calculation Single Use Results'!M7","v":"g CO2e / kWh"},null,1152.4347008592122,1143.017064149662,1842.4340753223598,1487.5411682475572,1293.2691396690768,1143.1073561527905,791.94825762831397,591.06108392183603,732.40161527378427,515.27220263964932,255.21913575051553,1150.6291311308805,1150.6291311308805,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Biogenic emissions",{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BE$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BE$2&CRLF&BE$3&CRLF&BE$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BF$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BF$2&CRLF&BF$3&CRLF&BF$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BG$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BG$2&CRLF&BG$3&CRLF&BG$4,$S$46:$ZZ$46))","v":704.5446408518535},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BH$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BH$2&CRLF&BH$3&CRLF&BH$4,$S$46:$ZZ$46))","v":369.77614563016238},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BI$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BI$2&CRLF&BI$3&CRLF&BI$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BJ$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BJ$2&CRLF&BJ$3&CRLF&BJ$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BK$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BK$2&CRLF&BK$3&CRLF&BK$4,$S$46:$ZZ$46))","v":813.42165178479775},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BL$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BL$2&CRLF&BL$3&CRLF&BL$4,$S$46:$ZZ$46))","v":487.35391121649519},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BM$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BM$2&CRLF&BM$3&CRLF&BM$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BN$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BN$2&CRLF&BN$3&CRLF&BN$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BO$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BO$2&CRLF&BO$3&CRLF&BO$4,$S$46:$ZZ$46))","v":501.0344582620537},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BP$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BP$2&CRLF&BP$3&CRLF&BP$4,$S$46:$ZZ$46))","v":152.11848278643922},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BQ$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BQ$2&CRLF&BQ$3&CRLF&BQ$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BR$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BR$2&CRLF&BR$3&CRLF&BR$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BS$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BS$2&CRLF&BS$3&CRLF&BS$4,$S$46:$ZZ$46))","v":1646.3306543659453},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BT$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BT$2&CRLF&BT$3&CRLF&BT$4,$S$46:$ZZ$46))","v":1291.8387738704287},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BU$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BU$2&CRLF&BU$3&CRLF&BU$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BV$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BV$2&CRLF&BV$3&CRLF&BV$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BW$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BW$2&CRLF&BW$3&CRLF&BW$4,$S$46:$ZZ$46))","v":1677.379231628192},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BX$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BX$2&CRLF&BX$3&CRLF&BX$4,$S$46:$ZZ$46))","v":1336.8104575390671},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BY$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BY$2&CRLF&BY$3&CRLF&BY$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BZ$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BZ$2&CRLF&BZ$3&CRLF&BZ$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CA$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CA$2&CRLF&CA$3&CRLF&CA$4,$S$46:$ZZ$46))","v":1694.6284412183288},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CB$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CB$2&CRLF&CB$3&CRLF&CB$4,$S$46:$ZZ$46))","v":1361.7947262438661},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CC$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CC$2&CRLF&CC$3&CRLF&CC$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CD$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CD$2&CRLF&CD$3&CRLF&CD$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CE$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CE$2&CRLF&CE$3&CRLF&CE$4,$S$46:$ZZ$46))","v":1694.6284412183288},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CF$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CF$2&CRLF&CF$3&CRLF&CF$4,$S$46:$ZZ$46))","v":1361.7947262438661},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CG$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CG$2&CRLF&CG$3&CRLF&CG$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CH$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CH$2&CRLF&CH$3&CRLF&CH$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CI$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CI$2&CRLF&CI$3&CRLF&CI$4,$S$46:$ZZ$46))","v":1646.3306543659453},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CJ$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CJ$2&CRLF&CJ$3&CRLF&CJ$4,$S$46:$ZZ$46))","v":1291.8387738704287},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CK$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CK$2&CRLF&CK$3&CRLF&CK$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CL$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CL$2&CRLF&CL$3&CRLF&CL$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CM$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CM$2&CRLF&CM$3&CRLF&CM$4,$S$46:$ZZ$46))","v":1565.0038254465221},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CN$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CN$2&CRLF&CN$3&CRLF&CN$4,$S$46:$ZZ$46))","v":1174.0425736437276},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CO$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CO$2&CRLF&CO$3&CRLF&CO$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CP$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CP$2&CRLF&CP$3&CRLF&CP$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CQ$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CQ$2&CRLF&CQ$3&CRLF&CQ$4,$S$46:$ZZ$46))","v":1698.0599264833866},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CR$6,$P$57:$P$83)+_xlfn.XMATCH($BD8,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CR$2&CRLF&CR$3&CRLF&CR$4,$S$46:$ZZ$46))","v":1366.7649916621604}]
["","Northeastern U.S. Forests","Suggested default","Suggested default","",507.80601302157481,205.73208591926672,1842.4340753223598,1575.8808070721659,0.29127410209698101,"No saving","No saving",2.6034945619263423,null,null,{"$f":"'Calculation Single Use Results'!I8","v":"Net GHG intensity of BECCS"},null,null,{"$f":"'Calculation Single Use Results'!L8","v":573.84992985031397},{"$f":"'Calculation Single Use Results'!M8","v":"g CO2e / kWh"},null,576.46517079930697,562.82438541224042,1575.8808070721659,1061.8433547790378,780.45396482075614,562.9551670376984,54.325874209857602,-236.21267986699365,399.85927135578942,165.37826419149695,-112.0215548350927,573.84992985031397,573.84992985031397,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Harvest-enhanced growth",{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BE$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BE$2&CRLF&BE$3&CRLF&BE$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BF$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BF$2&CRLF&BF$3&CRLF&BF$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BG$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BG$2&CRLF&BG$3&CRLF&BG$4,$S$46:$ZZ$46))","v":-258.57202965491132},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BH$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BH$2&CRLF&BH$3&CRLF&BH$4,$S$46:$ZZ$46))","v":-279.23545319104898},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BI$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BI$2&CRLF&BI$3&CRLF&BI$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BJ$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BJ$2&CRLF&BJ$3&CRLF&BJ$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BK$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BK$2&CRLF&BK$3&CRLF&BK$4,$S$46:$ZZ$46))","v":-150.31962795372073},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BL$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BL$2&CRLF&BL$3&CRLF&BL$4,$S$46:$ZZ$46))","v":-162.33221161308933},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BM$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BM$2&CRLF&BM$3&CRLF&BM$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BN$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BN$2&CRLF&BN$3&CRLF&BN$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BO$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BO$2&CRLF&BO$3&CRLF&BO$4,$S$46:$ZZ$46))","v":-310.7836894890761},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BP$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BP$2&CRLF&BP$3&CRLF&BP$4,$S$46:$ZZ$46))","v":-333.95158037778492},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BQ$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BQ$2&CRLF&BQ$3&CRLF&BQ$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BR$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BR$2&CRLF&BR$3&CRLF&BR$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BS$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BS$2&CRLF&BS$3&CRLF&BS$4,$S$46:$ZZ$46))","v":-647.59744705212802},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BT$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BT$2&CRLF&BT$3&CRLF&BT$4,$S$46:$ZZ$46))","v":-937.99942224273582},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BU$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BU$2&CRLF&BU$3&CRLF&BU$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BV$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BV$2&CRLF&BV$3&CRLF&BV$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BW$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BW$2&CRLF&BW$3&CRLF&BW$4,$S$46:$ZZ$46))","v":-678.73631631750334},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BX$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BX$2&CRLF&BX$3&CRLF&BX$4,$S$46:$ZZ$46))","v":-983.10188753683224},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BY$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BY$2&CRLF&BY$3&CRLF&BY$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BZ$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BZ$2&CRLF&BZ$3&CRLF&BZ$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CA$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CA$2&CRLF&CA$3&CRLF&CA$4,$S$46:$ZZ$46))","v":-686.5678891980898},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CB$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CB$2&CRLF&CB$3&CRLF&CB$4,$S$46:$ZZ$46))","v":-994.44537085456466},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CC$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CC$2&CRLF&CC$3&CRLF&CC$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CD$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CD$2&CRLF&CD$3&CRLF&CD$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CE$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CE$2&CRLF&CE$3&CRLF&CE$4,$S$46:$ZZ$46))","v":-545.73345038822526},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CF$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CF$2&CRLF&CF$3&CRLF&CF$4,$S$46:$ZZ$46))","v":-790.45657683311549},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CG$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CG$2&CRLF&CG$3&CRLF&CG$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CH$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CH$2&CRLF&CH$3&CRLF&CH$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CI$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CI$2&CRLF&CI$3&CRLF&CI$4,$S$46:$ZZ$46))","v":-303.16363495736135},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CJ$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CJ$2&CRLF&CJ$3&CRLF&CJ$4,$S$46:$ZZ$46))","v":-439.11123450139638},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CK$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CK$2&CRLF&CK$3&CRLF&CK$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CL$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CL$2&CRLF&CL$3&CRLF&CL$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CM$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CM$2&CRLF&CM$3&CRLF&CM$4,$S$46:$ZZ$46))","v":-917.42971665718142},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CN$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CN$2&CRLF&CN$3&CRLF&CN$4,$S$46:$ZZ$46))","v":-1328.8325148438755},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CO$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CO$2&CRLF&CO$3&CRLF&CO$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CP$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CP$2&CRLF&CP$3&CRLF&CP$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CQ$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CQ$2&CRLF&CQ$3&CRLF&CQ$4,$S$46:$ZZ$46))","v":0},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CR$6,$P$57:$P$83)+_xlfn.XMATCH($BD9,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CR$2&CRLF&CR$3&CRLF&CR$4,$S$46:$ZZ$46))","v":0}]
["","Germany Average","Suggested default","Suggested default","",507.80601302157481,205.73208591926672,1487.5411682475572,1061.8433547790378,0.29127410209698101,"No saving","No saving",2.6034945619263423,null,null,{"$f":"'Calculation Single Use Results'!I9","v":"Incremental cost of BECCS over NG power"},null,null,{"$f":"'Calculation Single Use Results'!L9","v":0.29127410209698101},{"$f":"'Calculation Single Use Results'!M9","v":"$ / kWh"},null,0.29127410209698101,0.29127410209698101,0.29127410209698101,0.29127410209698101,0.29127410209698101,0.29127410209698101,0.29127410209698101,0.2905792043055635,0.12539065540809047,0.12539065540809047,0.13245508112432633,0.29127410209698101,0.20443574535900336,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Total",{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BE$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BE$2&CRLF&BE$3&CRLF&BE$4,$S$46:$ZZ$46))","v":358.45130330934694},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BF$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BF$2&CRLF&BF$3&CRLF&BF$4,$S$46:$ZZ$46))","v":133.88547861795823},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BG$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BG$2&CRLF&BG$3&CRLF&BG$4,$S$46:$ZZ$46))","v":515.27220263964932},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BH$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BH$2&CRLF&BH$3&CRLF&BH$4,$S$46:$ZZ$46))","v":165.37826419149695},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BI$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BI$2&CRLF&BI$3&CRLF&BI$4,$S$46:$ZZ$46))","v":358.45130330934694},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BJ$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BJ$2&CRLF&BJ$3&CRLF&BJ$4,$S$46:$ZZ$46))","v":133.88547861795823},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BK$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BK$2&CRLF&BK$3&CRLF&BK$4,$S$46:$ZZ$46))","v":732.40161527378427},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BL$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BL$2&CRLF&BL$3&CRLF&BL$4,$S$46:$ZZ$46))","v":399.85927135578942},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BM$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BM$2&CRLF&BM$3&CRLF&BM$4,$S$46:$ZZ$46))","v":338.53734201438323},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BN$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BN$2&CRLF&BN$3&CRLF&BN$4,$S$46:$ZZ$46))","v":112.86378718999987},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BO$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BO$2&CRLF&BO$3&CRLF&BO$4,$S$46:$ZZ$46))","v":255.21913575051553},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BP$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BP$2&CRLF&BP$3&CRLF&BP$4,$S$46:$ZZ$46))","v":-112.0215548350927},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BQ$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BQ$2&CRLF&BQ$3&CRLF&BQ$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BR$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BR$2&CRLF&BR$3&CRLF&BR$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BS$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BS$2&CRLF&BS$3&CRLF&BS$4,$S$46:$ZZ$46))","v":1143.1073561527905},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BT$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BT$2&CRLF&BT$3&CRLF&BT$4,$S$46:$ZZ$46))","v":562.9551670376984},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BU$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BU$2&CRLF&BU$3&CRLF&BU$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BV$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BV$2&CRLF&BV$3&CRLF&BV$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BW$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BW$2&CRLF&BW$3&CRLF&BW$4,$S$46:$ZZ$46))","v":1143.017064149662},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BX$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BX$2&CRLF&BX$3&CRLF&BX$4,$S$46:$ZZ$46))","v":562.82438541224042},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BY$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BY$2&CRLF&BY$3&CRLF&BY$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(BZ$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(BZ$2&CRLF&BZ$3&CRLF&BZ$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CA$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CA$2&CRLF&CA$3&CRLF&CA$4,$S$46:$ZZ$46))","v":1152.4347008592122},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CB$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CB$2&CRLF&CB$3&CRLF&CB$4,$S$46:$ZZ$46))","v":576.46517079930697},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CC$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CC$2&CRLF&CC$3&CRLF&CC$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CD$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CD$2&CRLF&CD$3&CRLF&CD$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CE$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CE$2&CRLF&CE$3&CRLF&CE$4,$S$46:$ZZ$46))","v":1293.2691396690768},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CF$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CF$2&CRLF&CF$3&CRLF&CF$4,$S$46:$ZZ$46))","v":780.45396482075614},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CG$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CG$2&CRLF&CG$3&CRLF&CG$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CH$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CH$2&CRLF&CH$3&CRLF&CH$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CI$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CI$2&CRLF&CI$3&CRLF&CI$4,$S$46:$ZZ$46))","v":1487.5411682475572},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CJ$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CJ$2&CRLF&CJ$3&CRLF&CJ$4,$S$46:$ZZ$46))","v":1061.8433547790378},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CK$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CK$2&CRLF&CK$3&CRLF&CK$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CL$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CL$2&CRLF&CL$3&CRLF&CL$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CM$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CM$2&CRLF&CM$3&CRLF&CM$4,$S$46:$ZZ$46))","v":791.94825762831397},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CN$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CN$2&CRLF&CN$3&CRLF&CN$4,$S$46:$ZZ$46))","v":54.325874209857602},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CO$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CO$2&CRLF&CO$3&CRLF&CO$4,$S$46:$ZZ$46))","v":507.80601302157481},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CP$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CP$2&CRLF&CP$3&CRLF&CP$4,$S$46:$ZZ$46))","v":205.73208591926672},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CQ$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CQ$2&CRLF&CQ$3&CRLF&CQ$4,$S$46:$ZZ$46))","v":1842.4340753223598},{"$f":"INDEX($S$57:$NI$83,_xlfn.XMATCH(CR$6,$P$57:$P$83)+_xlfn.XMATCH($BD10,_xlfn.ANCHORARRAY($BD$7))-1,_xlfn.XMATCH(CR$2&CRLF&CR$3&CRLF&CR$4,$S$46:$ZZ$46))","v":1575.8808070721659}]
["","U.S. Douglas Fir","Suggested default","Suggested default","",507.80601302157481,205.73208591926672,1293.2691396690768,780.45396482075614,0.29127410209698101,"No saving","No saving",2.6034945619263423,null,null,{"$f":"'Calculation Single Use Results'!I10","v":"Mitigation cost for BECCS rel to NG (no CCS)"},null,null,{"$f":"'Calculation Single Use Results'!L10","v":"No saving"},{"$f":"'Calculation Single Use Results'!M10","v":"$/tCO2e"},null,"No saving","No saving","No saving","No saving","No saving","No saving",642.30839934958351,390.55363404570198,"No saving",649.44673777861442,293.97950423466466,"No saving","No saving"]
["","Convert secondary forest to intensive loblolly","Suggested default","Suggested default","",507.80601302157481,205.73208591926672,1143.1073561527905,562.9551670376984,0.29127410209698101,"No saving","No saving",2.6034945619263423,null,null,{"$f":"'Calculation Single Use Results'!I11","v":"Mitigation cost for BECCS rel to NG (with CCS)"},null,null,{"$f":"'Calculation Single Use Results'!L11","v":"No saving"},{"$f":"'Calculation Single Use Results'!M11","v":"$/tCO2e"},null,"No saving","No saving","No saving","No saving","No saving","No saving",1669.037842932581,570.22464958557282,"No saving","No saving",498.55235522022389,"No saving","No saving"]
["","Intensive loblolly (USDA)","Suggested default","Suggested default","",507.80601302157481,205.73208591926672,791.94825762831397,54.325874209857602,0.29127410209698101,642.30839934958351,1669.037842932581,2.6034945619263423,null,null,{"$f":"'Calculation Single Use Results'!I12","v":"BECCS cost compared to NG-CCS cost"},null,null,{"$f":"'Calculation Single Use Results'!L12","v":2.6034945619263423},{"$f":"'Calculation Single Use Results'!M12","v":"Ratio"},null,2.6034945619263423,2.6034945619263423,2.6034945619263423,2.6034945619263423,2.6034945619263423,2.6034945619263423,2.6034945619263423,2.5990851715918928,1.852464347941247,1.852464347941247,1.921750683526104,2.6034945619263423,1.8310486210272998]
["","Loblolly + 50% residues","Suggested default","Suggested default","",507.80601302157481,205.73208591926672,591.06108392183603,-236.21267986699365,0.2905792043055635,390.55363404570198,570.22464958557282,2.5990851715918928,null,null,{"$f":"'Calculation Single Use Results'!I13","v":"Ratio of gross CO2/kWh, BECCS:NG-CCS (gross only includes emissions w/o harvest-enhanced growth)"},null,null,{"$f":"'Calculation Single Use Results'!L13","v":7.6357099799703958},{"$f":"'Calculation Single Use Results'!M13","v":"Ratio"},null,7.6357099799703958,7.5142691818899081,7.6598689019785278,7.295675745345032,7.6357099799703958,7.295675745345032,6.7231048714322155,3.3153180408367766,4.1990474902292449,3.3208509389673968,1.9663528140260387,7.6357099799703958,7.6357099799703958]
["","CHP Germany","CHP","Suggested default","",358.45130330934694,133.88547861795823,732.40161527378427,399.85927135578942,0.12539065540809047,"No saving","No saving",1.852464347941247,null,null,{"$f":"'Calculation Single Use Results'!I14","v":"% of carbon captured by CCS that is negative emissions"},null,null,{"$f":"'Calculation Single Use Results'!L14","v":"None"},{"$f":"'Calculation Single Use Results'!M14","v":"kg CO2 / \nt CO2 stored"},null,"None","None","None","None","None","None","None",0.19579038268127003,"None","None",0.27039713412402744,"None","None"]
["","CHP U.S. Avg.","CHP","Suggested default","",358.45130330934694,133.88547861795823,515.27220263964932,165.37826419149695,0.12539065540809047,649.44673777861442,"No saving",1.852464347941247,null,null,"BECCS emissions","Fossil emissions",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q16)-1)/5,0)+1,MATCH($Q16,'Calculation Single Use Results'!$K$18:$O$18,0))","v":209.11581541000555},"gCO2e/kWh",null,209.11581541000555,209.11581541000555,209.11581541000555,209.11581541000555,209.11581541000555,209.11581541000555,209.11581541000555,208.73370916478061,74.837571752383539,74.837571752383539,69.811542756253004,209.11581541000555,209.11581541000555]
["","CHP (extreme)","CHP extreme","Suggested default","",338.53734201438323,112.86378718999987,255.21913575051553,-112.0215548350927,0.13245508112432633,293.97950423466466,498.55235522022389,1.921750683526104,null,null,null,"Biogenic emissions",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q17)-1)/5,0)+1,MATCH($Q17,'Calculation Single Use Results'!$K$18:$O$18,0))","v":1361.7947262438661},"gCO2e/kWh",null,1361.7947262438661,1336.8104575390671,1366.7649916621604,1291.8387738704287,1361.7947262438661,1291.8387738704287,1174.0425736437276,473.33358686234629,487.35391121649519,369.77614563016238,152.11848278643922,1361.7947262438661,1361.7947262438661]
["","Suggested default","Suggested default","Suggested default","",507.80601302157481,205.73208591926672,1150.6291311308805,573.84992985031397,0.29127410209698101,"No saving","No saving",2.6034945619263423,null,null,null,"Harvest-enhanced growth",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q18)-1)/5,0)+1,MATCH($Q18,'Calculation Single Use Results'!$K$18:$O$18,0))","v":-997.06061180355766},"gCO2e/kWh",null,-994.44537085456466,-983.10188753683224,0,-439.11123450139638,-790.45657683311549,-937.99942224273582,-1328.8325148438755,-918.27997589412053,-162.33221161308933,-279.23545319104898,-333.95158037778492,-997.06061180355766,-997.06061180355766]
["","Suggested default","Suggested default","High gas price, low pellet price","",507.80601302157481,205.73208591926672,1150.6291311308805,573.84992985031397,0.20443574535900336,"No saving","No saving",1.8310486210272998,null,null,null,"Total",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q19)-1)/5,0)+1,MATCH($Q19,'Calculation Single Use Results'!$K$18:$O$18,0))","v":573.84992985031397},"gCO2e/kWh",null,576.46517079930697,562.82438541224042,1575.8808070721659,1061.8433547790378,780.45396482075614,562.9551670376984,54.325874209857602,-236.21267986699365,399.85927135578942,165.37826419149695,-112.0215548350927,573.84992985031397,573.84992985031397]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,null,"Captured CO2",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q20)-1)/5,0)+1,MATCH($Q20,'Calculation Single Use Results'!$K$18:$O$18,0))","v":1092.7555596082477},"gCO2e/kWh",null,1092.7555596082477,1092.7555596082477,1092.7555596082477,1092.7555596082477,1092.7555596082477,1092.7555596082477,1092.7555596082477,1090.7588252961541,1110.8341410991509,1110.8341410991509,976.48677818383374,1092.7555596082477,1092.7555596082477]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,"Bioenergy w/o CCS emissions","Fossil emissions",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q21)-1)/5,0)+1,MATCH($Q21,'Calculation Single Use Results'!$K$18:$O$18,0))","v":144.37414883897327},"gCO2e/kWh",null,144.37414883897327,144.37414883897327,144.37414883897327,144.37414883897327,144.37414883897327,144.37414883897327,144.37414883897327,144.37414883897327,69.299591442707154,69.299591442707154,64.968366977537954,144.37414883897327,144.37414883897327]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,null,"Biogenic emissions",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q22)-1)/5,0)+1,MATCH($Q22,'Calculation Single Use Results'!$K$18:$O$18,0))","v":1694.6284412183288},"gCO2e/kWh",null,1694.6284412183288,1677.379231628192,1698.0599264833866,1646.3306543659453,1694.6284412183288,1646.3306543659453,1565.0038254465221,1081.8305850762961,813.42165178479775,704.5446408518535,501.0344582620537,1694.6284412183288,1694.6284412183288]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,null,"Harvest-enhanced growth",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q23)-1)/5,0)+1,MATCH($Q23,'Calculation Single Use Results'!$K$18:$O$18,0))","v":-688.37345892642145},"gCO2e/kWh",null,-686.5678891980898,-678.73631631750334,0,-303.16363495736135,-545.73345038822526,-647.59744705212802,-917.42971665718142,-635.14364999343331,-150.31962795372073,-258.57202965491132,-310.7836894890761,-688.37345892642145,-688.37345892642145]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,null,"Total",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q24)-1)/5,0)+1,MATCH($Q24,'Calculation Single Use Results'!$K$18:$O$18,0))","v":1150.6291311308805},"gCO2e/kWh",null,1152.4347008592122,1143.017064149662,1842.4340753223598,1487.5411682475572,1293.2691396690768,1143.1073561527905,791.94825762831397,591.06108392183603,732.40161527378427,515.27220263964932,255.21913575051553,1150.6291311308805,1150.6291311308805]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,null,"Captured CO2",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q25)-1)/5,0)+1,MATCH($Q25,'Calculation Single Use Results'!$K$18:$O$18,0))","v":0},"gCO2e/kWh",null,0,0,0,0,0,0,0,0,0,0,0,0,0]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,"NG-CCS emissions","Fossil emissions",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q26)-1)/5,0)+1,MATCH($Q26,'Calculation Single Use Results'!$K$18:$O$18,0))","v":205.73208591926672},"gCO2e/kWh",null,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,133.88547861795823,133.88547861795823,112.86378718999987,205.73208591926672,205.73208591926672]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,null,"Biogenic emissions",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q27)-1)/5,0)+1,MATCH($Q27,'Calculation Single Use Results'!$K$18:$O$18,0))","v":0},"gCO2e/kWh",null,0,0,0,0,0,0,0,0,0,0,0,0,0]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,null,"Harvest-enhanced growth",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q28)-1)/5,0)+1,MATCH($Q28,'Calculation Single Use Results'!$K$18:$O$18,0))","v":0},"gCO2e/kWh",null,0,0,0,0,0,0,0,0,0,0,0,0,0]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,null,"Total",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q29)-1)/5,0)+1,MATCH($Q29,'Calculation Single Use Results'!$K$18:$O$18,0))","v":205.73208591926672},"gCO2e/kWh",null,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,205.73208591926672,133.88547861795823,133.88547861795823,112.86378718999987,205.73208591926672,205.73208591926672]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,null,"Captured CO2",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q30)-1)/5,0)+1,MATCH($Q30,'Calculation Single Use Results'!$K$18:$O$18,0))","v":368.37601910099221},"gCO2e/kWh",null,368.37601910099221,368.37601910099221,368.37601910099221,368.37601910099221,368.37601910099221,368.37601910099221,368.37601910099221,368.37601910099221,419.97851772287856,419.97851772287856,498.19494584837543,368.37601910099221,368.37601910099221]
["","Suggested default","Suggested default","Suggested default","","","","","","","","","",null,null,"NG w/o CCS emissions","Fossil emissions",null,{"$f":"INDEX('Calculation Single Use Results'!$K$19:$O$22,TRUNC((ROWS(Q$16:Q31)-1)/5,0)+1,MATCH($Q31,'Calculation Single Use Results'!$K$18:$O$18,0))","v":507.80601302157481},"gCO2e/kWh",null,507.80601302157481,507.80601302157481,507.80601302157481,507.80601302157481,507.80601302157481,507.80601302157481,507.80601302157481,507.80601302157481,358.45130330934694,358.45130330934694,338.53734201438323,507.80601302157481,507.80601302157481]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Gas power with CCS",null,0.15759498223335663,"$/kWh",null,0.15759498223335663,0.15759498223335663,0.15759498223335663,0.15759498223335663,0.15759498223335663,0.15759498223335663,0.15759498223335663,0.15759498223335663,0.12293006501765837,0.12293006501765837,0.12163497019846835,0.15759498223335663,0.19446125791342928]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"% of carbon captured by CCS that is negative emissions",null,null,"None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None",0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,0.19579038268127003,"None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None","None",0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744,0.27039713412402744]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Biogenic emissions",null,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1565.0038254465221,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1081.8305850762961,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1698.0599264833866,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1677.379231628192,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1646.3306543659453,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,1694.6284412183288,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,813.42165178479775,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,704.5446408518535,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537,501.0344582620537]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Year in which cumulative average CI reaches zero:",null,null,"Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years",64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,64,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,32,"Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years","Not within 150 years",28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28,28]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Suggested default\r\nHigh GHG intensity in supply chain\r\nLow gas price, high pellet price",527.00601302157474,227.43894903969345,1150.6291311308805,573.84992985031397,0.39435772416046899,"No saving","No saving",3.6960723198365901,6.9069548038568849,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Convert secondary forest to intensive loblolly\r\nSuggested default\r\nLow gas price, low pellet price",507.80601302157481,205.73208591926672,1143.1073561527905,562.9551670376984,0.25878357144595987,"No saving","No saving",2.6768516287865611,7.295675745345032,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Convert secondary forest to intensive loblolly\r\nSuggested default\r\nHigh gas price, low pellet price",507.80601302157481,205.73208591926672,1143.1073561527905,562.9551670376984,0.20443574535900336,"No saving","No saving",1.8310486210272998,7.295675745345032,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Convert secondary forest to intensive loblolly\r\nCHP extreme\r\nLow gas price, low pellet price",338.53734201438323,112.86378718999987,1143.1073561527905,562.9551670376984,0.26926376577354971,"No saving","No saving",3.3413375492907562,13.298814674308788,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Intensive loblolly (USDA)\r\nSuggested default\r\nHigh gas price, high pellet price",507.80601302157481,205.73208591926672,791.94825762831397,54.325874209857602,0.34000989807351245,749.7790288334611,1962.8052877848365,2.5282268362112434,6.7231048714322155,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Intensive loblolly (USDA)\r\nCHP\r\nHigh gas price, low pellet price",358.45130330934694,133.88547861795823,791.94825762831397,54.325874209857602,0.23071720800509843,758.62517872395119,2628.7997759752357,2.4235215223938664,10.330906707220811,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Intensive loblolly (USDA)\r\nCHP extreme\r\nLow gas price, low pellet price",338.53734201438323,112.86378718999987,791.94825762831397,54.325874209857602,0.26926376577354971,947.40640781864363,4262.2548297201602,3.3413375492907562,12.255112321592252,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Loblolly + 50% residues\r\nHigh GHG intensity in supply chain\r\nLow gas price, high pellet price",527.00601302157474,227.43894903969345,591.06108392183603,-236.21267986699365,0.39351418989119824,515.59820737861855,771.65947269766764,3.6897307896581863,2.9989027776772303,0.19579038268127003]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Loblolly + 50% residues\r\nCHP\r\nHigh gas price, low pellet price",358.45130330934694,133.88547861795823,591.06108392183603,-236.21267986699365,0.23012140119891661,386.97719671829663,563.50040835718198,2.4194662561402711,5.094408318719938,0.19579038268127003]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Northeastern U.S. Forests\r\nHigh losses\r\nHigh gas price, high pellet price",627.06124408976655,340.55797014802215,1842.4340753223598,1575.8808070721659,0.34000989807351245,"No saving","No saving",2.5282268362112434,4.6273496591115322,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Northeastern U.S. Forests\r\nCHP extreme\r\nLow gas price, low pellet price",338.53734201438323,112.86378718999987,1842.4340753223598,1575.8808070721659,0.26926376577354971,"No saving","No saving",3.3413375492907562,13.962678785705272,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"U.S. avg\r\nSuggested default\r\nHigh gas price, high pellet price",507.80601302157481,205.73208591926672,1143.017064149662,562.82438541224042,0.34000989807351245,"No saving","No saving",2.5282268362112434,7.5142691818899081,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"U.S. avg\r\nCHP\r\nHigh gas price, low pellet price",358.45130330934694,133.88547861795823,1143.017064149662,562.82438541224042,0.23071720800509843,"No saving","No saving",2.4235215223938664,11.546631411464482,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"U.S. avg\r\nCHP extreme\r\nLow CCS cost",338.53734201438323,112.86378718999987,1143.017064149662,562.82438541224042,0.26903126113359865,"No saving","No saving",3.2805222418311648,13.697274488464508,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"U.S. Douglas Fir\r\nHigh GHG intensity in supply chain\r\nLow gas price, high pellet price",527.00601302157474,227.43894903969345,1293.2691396690768,780.45396482075614,0.39435772416046899,"No saving","No saving",3.6960723198365901,6.9069548038568849,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Germany Average\r\nSuggested default\r\nLow CCS cost",507.80601302157481,205.73208591926672,1487.5411682475572,1061.8433547790378,0.25130468999441463,"No saving","No saving",2.5695649929430031,7.295675745345032,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Germany Average\r\nHigh losses\r\nHigh gas price, high pellet price",627.06124408976655,340.55797014802215,1487.5411682475572,1061.8433547790378,0.34000989807351245,"No saving","No saving",2.5282268362112434,4.407339486514001,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Germany Average\r\nCHP extreme\r\nHigh gas price, low pellet price",338.53734201438323,112.86378718999987,1487.5411682475572,1061.8433547790378,0.23303188171557865,"No saving","No saving",2.4685691155822673,13.298814674308788,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Global Average\r\nSuggested default\r\nHigh gas price, high pellet price",507.80601302157481,205.73208591926672,1152.4347008592122,576.46517079930697,0.34000989807351245,"No saving","No saving",2.5282268362112434,7.6357099799703958,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Global Average\r\nCHP\r\nHigh gas price, low pellet price",358.45130330934694,133.88547861795823,1152.4347008592122,576.46517079930697,0.23071720800509843,"No saving","No saving",2.4235215223938664,11.733240661120986,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Global Average\r\nCHP extreme\r\nLow CCS cost",338.53734201438323,112.86378718999987,1152.4347008592122,576.46517079930697,0.26903126113359865,"No saving","No saving",3.2805222418311648,13.918641051884356,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP Germany\r\nCHP\r\nLow gas price, low pellet price",358.45130330934694,133.88547861795823,732.40161527378427,399.85927135578942,0.12132841933539948,"No saving","No saving",1.9480513421466532,4.1990474902292449,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP U.S. Avg.\r\nSuggested default\r\nLow CCS cost",507.80601302157481,205.73208591926672,515.27220263964932,165.37826419149695,9.4395884592241783E-2,275.66657467086185,1717.2714342144682,1.4808353192083221,2.1611296818184256,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP U.S. Avg.\r\nHigh GHG intensity in supply chain\r\nSuggested default",527.00601302157474,227.43894903969345,515.27220263964932,165.37826419149695,0.10869998560087012,300.58530063727557,1130.0001067260689,1.4449924706239252,1.9548706114753913,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP U.S. Avg.\r\nCHP extreme\r\nHigh gas price, low pellet price",338.53734201438323,112.86378718999987,515.27220263964932,165.37826419149695,8.5279921690380997E-2,492.49466307281074,"No saving",1.4442257129243372,3.9393832907100985,"None"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP (extreme)\r\nHigh losses\r\nLow gas price, high pellet price",627.06124408976655,340.55797014802215,255.21913575051553,-112.0215548350927,0.16362380957044501,221.38765752425559,282.5819200759625,1.96145864039624,0.65166592767225862,0.27039713412402744]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP (extreme)\r\nCHP\r\nSuggested default",358.45130330934694,133.88547861795823,255.21913575051553,-112.0215548350927,0.13141917979236273,279.33424323495359,450.66633737860872,1.9015046244871536,1.6576108763517874,0.27039713412402744]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP (extreme)\r\nCHP\r\nLow gas price, low pellet price",358.45130330934694,133.88547861795823,255.21913575051553,-112.0215548350927,0.12866033556754886,273.47026154705168,442.0872516896884,2.0166151839619055,1.6576108763517874,0.27039713412402744]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP (extreme)\r\nCHP\r\nHigh gas price, high pellet price",358.45130330934694,133.88547861795823,255.21913575051553,-112.0215548350927,0.13555744612958354,288.13021576680649,463.53496591198939,1.7758314204514059,1.6576108763517874,0.27039713412402744]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP (extreme)\r\nCHP\r\nLow gas price, high pellet price",358.45130330934694,133.88547861795823,255.21913575051553,-112.0215548350927,0.17392061748508225,369.67194700886859,626.14169406160454,2.4398631742076637,1.6576108763517874,0.27039713412402744]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP (extreme)\r\nCHP\r\nHigh gas price, low pellet price",358.45130330934694,133.88547861795823,255.21913575051553,-112.0215548350927,9.0297164212050141E-2,191.92853030498955,279.48052354007336,1.46777435902811,1.6576108763517874,0.27039713412402744]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP (extreme)\r\nCHP\r\nLow CCS cost",358.45130330934694,133.88547861795823,255.21913575051553,-112.0215548350927,0.11729082150145585,249.30411918777776,428.87024119658952,1.9237982174317061,1.6576108763517874,0.27039713412402744]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP (extreme)\r\nCHP extreme\r\nSuggested default",338.53734201438323,112.86378718999987,255.21913575051553,-112.0215548350927,0.13245508112432633,293.97950423466466,498.55235522022389,1.921750683526104,1.9663528140260387,0.27039713412402744]

{"sheet":"Sustained Program Calculations","index":5,"n_rows":227,"n_cols":160,"rows_kept":69,"cut":true,"hidden":false,"merged":[[185,4,186,4],[28,5,28,6],[3,1,3,2],[4,1,4,2],[5,1,5,2],[33,1,33,2],[40,1,40,2],[7,2,7,5]],"bounds":{"rows_first":31,"rows_last":7,"rows_between":31,"halvings":6}}
["Calculation of net carbon position in tonnes C as compared to counterfactual continued forest growth. Does not include any credit for fossil power displacement. ",null,null,null,null,null,null,null,{"$f":"RIGHT(I2,LEN(I2)-5)","v":"1"},{"$f":"RIGHT(J2,LEN(J2)-5)","v":"2"},"3","4","5","6","7","8","9","10","11","12","13","14","15","16","17","18","19","20","21","22","23","24","25","26","27","28","29","30","31","32","33","34","35","36","37","38","39","40","41","42","43","44","45","46","47","48","49","50","51","52","53","54","55","56","57","58","59","60","61","62","63","64","65",{"$f":"RIGHT(BV2,LEN(BV2)-5)","v":"66"},"67","68","69","70","71","72","73","74","75","76","77","78","79","80","81","82","83","84","85","86","87","88","89","90","91","92","93","94","95","96","97","98","99","100","101","102","103","104","105","106","107","108","109","110","111","112","113","114","115","116","117","118","119","120","121","122","123","124","125","126","127","128","129",{"$f":"RIGHT(EH2,LEN(EH2)-5)","v":"130"},"131","132","133","134","135","136","137","138","139","140","141","142","143","144","145","146","147","148","149","150"]
[{"$f":"'Calculation Single Use Results'!B4","v":"Suggested default"},"Regrowth basis: ","Monod","(Monod is recommended)",null,null,null,null,"Year 1","Year 2","Year 3","Year 4","Year 5","Year 6","Year 7","Year 8","Year 9","Year 10","Year 11","Year 12","Year 13","Year 14","Year 15","Year 16","Year 17","Year 18","Year 19","Year 20","Year 21","Year 22","Year 23","Year 24","Year 25","Year 26","Year 27","Year 28","Year 29","Year 30","Year 31","Year 32","Year 33","Year 34","Year 35","Year 36","Year 37","Year 38","Year 39","Year 40","Year 41","Year 42","Year 43","Year 44","Year 45","Year 46","Year 47","Year 48","Year 49","Year 50","Year 51","Year 52","Year 53","Year 54","Year 55","Year 56","Year 57","Year 58","Year 59","Year 60","Year 61","Year 62","Year 63","Year 64","Year 65","Year 66","Year 67","Year 68","Year 69","Year 70","Year 71","Year 72","Year 73","Year 74","Year 75","Year 76","Year 77","Year 78","Year 79","Year 80","Year 81","Year 82","Year 83","Year 84","Year 85","Year 86","Year 87","Year 88","Year 89","Year 90","Year 91","Year 92","Year 93","Year 94","Year 95","Year 96","Year 97","Year 98","Year 99","Year 100","Year 101","Year 102","Year 103","Year 104","Year 105","Year 106","Year 107","Year 108","Year 109","Year 110","Year 111","Year 112","Year 113","Year 114","Year 115","Year 116","Year 117","Year 118","Year 119","Year 120","Year 121","Year 122","Year 123","Year 124","Year 125","Year 126","Year 127","Year 128","Year 129","Year 130","Year 131","Year 132","Year 133","Year 134","Year 135","Year 136","Year 137","Year 138","Year 139","Year 140","Year 141","Year 142","Year 143","Year 144","Year 145","Year 146","Year 147","Year 148","Year 149","Year 150","Total carbon change"]
[null,null,null,null,null,null,null,"Cumulative energy supply",{"$f":"'Calculation Single Use Results'!AI36+'Calculation Single Use Results'!AJ36","v":2850042.6949248472},{"$f":"I3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":5700085.3898496944},{"$f":"J3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":8550128.0847745426},{"$f":"K3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":11400170.779699389},{"$f":"L3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":14250213.474624235},{"$f":"M3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":17100256.169549081},{"$f":"N3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":19950298.864473928},{"$f":"O3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":22800341.559398774},{"$f":"P3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":25650384.25432362},{"$f":"Q3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":28500426.949248467},{"$f":"R3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":31350469.644173313},{"$f":"S3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":34200512.339098163},{"$f":"T3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":37050555.034023009},{"$f":"U3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":39900597.728947856},{"$f":"V3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":42750640.423872702},{"$f":"W3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":45600683.118797548},{"$f":"X3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":48450725.813722394},{"$f":"Y3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":51300768.508647241},{"$f":"Z3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":54150811.203572087},{"$f":"AA3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":57000853.898496933},{"$f":"AB3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":59850896.59342178},{"$f":"AC3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":62700939.288346626},{"$f":"AD3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":65550981.983271472},{"$f":"AE3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":68401024.678196326},{"$f":"AF3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":71251067.373121172},{"$f":"AG3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":74101110.068046018},{"$f":"AH3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":76951152.762970865},{"$f":"AI3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":79801195.457895711},{"$f":"AJ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":82651238.152820557},{"$f":"AK3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":85501280.847745404},{"$f":"AL3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":88351323.54267025},{"$f":"AM3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":91201366.237595096},{"$f":"AN3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":94051408.932519943},{"$f":"AO3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":96901451.627444789},{"$f":"AP3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":99751494.322369635},{"$f":"AQ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":102601537.01729448},{"$f":"AR3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":105451579.71221933},{"$f":"AS3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":108301622.40714417},{"$f":"AT3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":111151665.10206902},{"$f":"AU3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":114001707.79699387},{"$f":"AV3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":116851750.49191871},{"$f":"AW3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":119701793.18684356},{"$f":"AX3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":122551835.88176841},{"$f":"AY3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":125401878.57669325},{"$f":"AZ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":128251921.2716181},{"$f":"BA3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":131101963.96654294},{"$f":"BB3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":133952006.66146779},{"$f":"BC3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":136802049.35639265},{"$f":"BD3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":139652092.05131751},{"$f":"BE3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":142502134.74624237},{"$f":"BF3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":145352177.44116724},{"$f":"BG3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":148202220.1360921},{"$f":"BH3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":151052262.83101696},{"$f":"BI3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":153902305.52594182},{"$f":"BJ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":156752348.22086668},{"$f":"BK3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":159602390.91579154},{"$f":"BL3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":162452433.6107164},{"$f":"BM3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":165302476.30564126},{"$f":"BN3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":168152519.00056612},{"$f":"BO3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":171002561.69549099},{"$f":"BP3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":173852604.39041585},{"$f":"BQ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":176702647.08534071},{"$f":"BR3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":179552689.78026557},{"$f":"BS3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":182402732.47519043},{"$f":"BT3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":185252775.17011529},{"$f":"BU3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":188102817.86504015},{"$f":"BV3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":190952860.55996501},{"$f":"BW3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":193802903.25488988},{"$f":"BX3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":196652945.94981474},{"$f":"BY3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":199502988.6447396},{"$f":"BZ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":202353031.33966446},{"$f":"CA3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":205203074.03458932},{"$f":"CB3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":208053116.72951418},{"$f":"CC3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":210903159.42443904},{"$f":"CD3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":213753202.1193639},{"$f":"CE3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":216603244.81428877},{"$f":"CF3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":219453287.50921363},{"$f":"CG3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":222303330.20413849},{"$f":"CH3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":225153372.89906335},{"$f":"CI3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":228003415.59398821},{"$f":"CJ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":230853458.28891307},{"$f":"CK3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":233703500.98383793},{"$f":"CL3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":236553543.67876279},{"$f":"CM3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":239403586.37368765},{"$f":"CN3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":242253629.06861252},{"$f":"CO3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":245103671.76353738},{"$f":"CP3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":247953714.45846224},{"$f":"CQ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":250803757.1533871},{"$f":"CR3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":253653799.84831196},{"$f":"CS3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":256503842.54323682},{"$f":"CT3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":259353885.23816168},{"$f":"CU3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":262203927.93308654},{"$f":"CV3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":265053970.62801141},{"$f":"CW3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":267904013.32293627},{"$f":"CX3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":270754056.01786113},{"$f":"CY3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":273604098.71278596},{"$f":"CZ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":276454141.40771079},{"$f":"DA3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":279304184.10263562},{"$f":"DB3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":282154226.79756045},{"$f":"DC3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":285004269.49248528},{"$f":"DD3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":287854312.18741012},{"$f":"DE3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":290704354.88233495},{"$f":"DF3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":293554397.57725978},{"$f":"DG3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":296404440.27218461},{"$f":"DH3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":299254482.96710944},{"$f":"DI3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":302104525.66203427},{"$f":"DJ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":304954568.3569591},{"$f":"DK3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":307804611.05188394},{"$f":"DL3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":310654653.74680877},{"$f":"DM3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":313504696.4417336},{"$f":"DN3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":316354739.13665843},{"$f":"DO3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":319204781.83158326},{"$f":"DP3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":322054824.52650809},{"$f":"DQ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":324904867.22143292},{"$f":"DR3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":327754909.91635776},{"$f":"DS3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":330604952.61128259},{"$f":"DT3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":333454995.30620742},{"$f":"DU3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":336305038.00113225},{"$f":"DV3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":339155080.69605708},{"$f":"DW3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":342005123.39098191},{"$f":"DX3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":344855166.08590674},{"$f":"DY3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":347705208.78083158},{"$f":"DZ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":350555251.47575641},{"$f":"EA3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":353405294.17068124},{"$f":"EB3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":356255336.86560607},{"$f":"EC3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":359105379.5605309},{"$f":"ED3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":361955422.25545573},{"$f":"EE3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":364805464.95038056},{"$f":"EF3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":367655507.6453054},{"$f":"EG3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":370505550.34023023},{"$f":"EH3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":373355593.03515506},{"$f":"EI3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":376205635.73007989},{"$f":"EJ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":379055678.42500472},{"$f":"EK3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":381905721.11992955},{"$f":"EL3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":384755763.81485438},{"$f":"EM3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":387605806.50977921},{"$f":"EN3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":390455849.20470405},{"$f":"EO3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":393305891.89962888},{"$f":"EP3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":396155934.59455371},{"$f":"EQ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":399005977.28947854},{"$f":"ER3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":401856019.98440337},{"$f":"ES3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":404706062.6793282},{"$f":"ET3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":407556105.37425303},{"$f":"EU3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":410406148.06917787},{"$f":"EV3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":413256190.7641027},{"$f":"EW3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":416106233.45902753},{"$f":"EX3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":418956276.15395236},{"$f":"EY3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":421806318.84887719},{"$f":"EZ3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":424656361.54380202},{"$f":"FA3+'Calculation Single Use Results'!$AI$36+'Calculation Single Use Results'!$AJ$36","v":427506404.23872685}]
["Temporal results:","Year in which cumulative average CI matches NG without CCS:",null,{"$f":"IFERROR(IF('Calculation Single Use Results'!$N$22<FB4, \"Not within 150 years\",INDEX($I$211:$FB$211,1,MATCH('Calculation Single Use Results'!$N$22,'Sustained Program Calculations'!$I$4:$FB$4,-1))), \"Already better in year 0\")","v":121},null,null,null,"Cumulative average carbon intensity (gCO2e/kWh)",{"$f":"I8*3.664*1000/I3","v":670.71426997844628},685.3223245378432,698.90981696231563,711.45429680189852,722.97788732054494,733.52044539707038,743.12920400613302,751.85404100549363,759.74509733962009,766.85151264827391,773.2207423964494,778.89819769347673,783.92707252299283,788.34828322227952,792.20047638965411,795.52007867699774,798.34137190002798,800.6965828839302,802.61598117050175,804.12798007408401,805.25923811131759,806.03475885031389,806.4779879125374,806.61090632964499,806.45411978004938,806.02694345290354,805.3474824414559,804.43270767408478,803.29852746394761,801.95985480686988,800.43067058871372,798.72408288287079,{"$f":"AO8*3.664*1000/AO3","v":796.85238252915258},794.82709518976287,792.65903007796544,790.35832555190382,787.93449176069385,785.3964505231454,782.7525726117816,780.01071260659114,777.17824147446709,774.26207702174395,771.26871235879969,768.20424250743906,765.07438927379167,761.88452450179761,758.63969181502978,755.34462694765682,752.00377675875518,748.62131701797,745.20116904467102,741.74701527724915,738.26231384404105,734.75031220253629,731.2140599090078,727.65642057646937,724.08008307493117,720.4875720242386,716.88125762634513,713.26336488066806,709.63598222320786,706.00106962731627,702.36046620142781,698.7158973166554,{"$f":"BU8*3.664*1000/BU3","v":695.06898129491174},691.42123568613772,687.77408316127105,684.12885704579048,680.48680651699021,676.8491014865748,673.21683718870929,669.59103849231428,665.97266395512622,662.36260963588245,658.76171267989196,655.17075469224301,651.59046491195204,648.02152319948368,644.46456284924079,640.92017323788275,637.38890231859102,633.87125897077078,630.36771521403568,626.8787082947631,623.40464265296805,619.94589177674163,616.50279995104393,613.07568390719439,609.66483437901104,606.27051757116294,602.8929765449551,599.53243252642881,596.18908614136274,592.86311858146405,589.55469270577714,586.26395408108999,{"$f":"DA8*3.664*1000/DA3","v":582.99103196487192},579.73604023407734,576.49907826292656,573.28023175260023,570.0795735155923,566.8971642173085,563.73305307734074,560.58727853268977,557.45986886509161,554.35084279445675,551.26021004032089,548.18797185309165,545.13412151676744,542.09864482471232,539.08152052996866,536.08272077151219,533.10221147776679,530.13995274861918,527.1958992171086,524.27000039189079,521.36220098151728,518.47244120151379,515.60065706517685,512.74678065896614,509.91074040331472,507.09246129963191,504.29186516423522,501.50887084990086,498.74339445569063,495.99534952566881,493.26464723709501,490.55119657864503,{"$f":"EG8*3.664*1000/EG3","v":487.85490451917821},485.17567616754792,482.51341492391697,479.868022623022,477.23939966980288,474.62744516778861,472.03205704061838,469.45313214704555,466.89056638976189,464.34425481835899,461.81409172672471,459.2999707451595,456.8017849274824,454.31942683337996,451.85278860624203,449.40176204671036,446.96623868215875,444.54610983231117,442.14126667119058,439.75160028558685,437.37700173021568,435.01736207973704]
[null,"Year in which cumulative average CI matches NG with CCS:",null,{"$f":"IFERROR(IF('Calculation Single Use Results'!$N$21<FB4, \"Not within 150 years\",INDEX($I$211:$FB$211,1,MATCH('Calculation Single Use Results'!$N$21,'Sustained Program Calculations'!$I$4:$FB$4,-1))), \"Already better in year 0\")","v":"Not within 150 years"},null,null,null,"Cumulative CO2 stored (kg CO2)",{"$f":"COLUMNS($I3:I3)*'Calculation Single Use Results'!$AM$36*3.664","v":3114400},{"$f":"COLUMNS($I3:J3)*'Calculation Single Use Results'!$AM$36*3.664","v":6228800},{"$f":"COLUMNS($I3:K3)*'Calculation Single Use Results'!$AM$36*3.664","v":9343200},{"$f":"COLUMNS($I3:L3)*'Calculation Single Use Results'!$AM$36*3.664","v":12457600},{"$f":"COLUMNS($I3:M3)*'Calculation Single Use Results'!$AM$36*3.664","v":15572000},{"$f":"COLUMNS($I3:N3)*'Calculation Single Use Results'!$AM$36*3.664","v":18686400},{"$f":"COLUMNS($I3:O3)*'Calculation Single Use Results'!$AM$36*3.664","v":21800800},{"$f":"COLUMNS($I3:P3)*'Calculation Single Use Results'!$AM$36*3.664","v":24915200},{"$f":"COLUMNS($I3:Q3)*'Calculation Single Use Results'!$AM$36*3.664","v":28029600},{"$f":"COLUMNS($I3:R3)*'Calculation Single Use Results'!$AM$36*3.664","v":31144000},{"$f":"COLUMNS($I3:S3)*'Calculation Single Use Results'!$AM$36*3.664","v":34258400},{"$f":"COLUMNS($I3:T3)*'Calculation Single Use Results'!$AM$36*3.664","v":37372800},{"$f":"COLUMNS($I3:U3)*'Calculation Single Use Results'!$AM$36*3.664","v":40487200},{"$f":"COLUMNS($I3:V3)*'Calculation Single Use Results'!$AM$36*3.664","v":43601600},{"$f":"COLUMNS($I3:W3)*'Calculation Single Use Results'!$AM$36*3.664","v":46716000},{"$f":"COLUMNS($I3:X3)*'Calculation Single Use Results'!$AM$36*3.664","v":49830400},{"$f":"COLUMNS($I3:Y3)*'Calculation Single Use Results'!$AM$36*3.664","v":52944800},{"$f":"COLUMNS($I3:Z3)*'Calculation Single Use Results'!$AM$36*3.664","v":56059200},{"$f":"COLUMNS($I3:AA3)*'Calculation Single Use Results'!$AM$36*3.664","v":59173600},{"$f":"COLUMNS($I3:AB3)*'Calculation Single Use Results'!$AM$36*3.664","v":62288000},{"$f":"COLUMNS($I3:AC3)*'Calculation Single Use Results'!$AM$36*3.664","v":65402400},{"$f":"COLUMNS($I3:AD3)*'Calculation Single Use Results'!$AM$36*3.664","v":68516800},{"$f":"COLUMNS($I3:AE3)*'Calculation Single Use Results'!$AM$36*3.664","v":71631200},{"$f":"COLUMNS($I3:AF3)*'Calculation Single Use Results'!$AM$36*3.664","v":74745600},{"$f":"COLUMNS($I3:AG3)*'Calculation Single Use Results'!$AM$36*3.664","v":77860000},{"$f":"COLUMNS($I3:AH3)*'Calculation Single Use Results'!$AM$36*3.664","v":80974400},{"$f":"COLUMNS($I3:AI3)*'Calculation Single Use Results'!$AM$36*3.664","v":84088800},{"$f":"COLUMNS($I3:AJ3)*'Calculation Single Use Results'!$AM$36*3.664","v":87203200},{"$f":"COLUMNS($I3:AK3)*'Calculation Single Use Results'!$AM$36*3.664","v":90317600},{"$f":"COLUMNS($I3:AL3)*'Calculation Single Use Results'!$AM$36*3.664","v":93432000},{"$f":"COLUMNS($I3:AM3)*'Calculation Single Use Results'!$AM$36*3.664","v":96546400},{"$f":"COLUMNS($I3:AN3)*'Calculation Single Use Results'!$AM$36*3.664","v":99660800},{"$f":"COLUMNS($I3:AO3)*'Calculation Single Use Results'!$AM$36*3.664","v":102775200},{"$f":"COLUMNS($I3:AP3)*'Calculation Single Use Results'!$AM$36*3.664","v":105889600},{"$f":"COLUMNS($I3:AQ3)*'Calculation Single Use Results'!$AM$36*3.664","v":109004000},{"$f":"COLUMNS($I3:AR3)*'Calculation Single Use Results'!$AM$36*3.664","v":112118400},{"$f":"COLUMNS($I3:AS3)*'Calculation Single Use Results'!$AM$36*3.664","v":115232800},{"$f":"COLUMNS($I3:AT3)*'Calculation Single Use Results'!$AM$36*3.664","v":118347200},{"$f":"COLUMNS($I3:AU3)*'Calculation Single Use Results'!$AM$36*3.664","v":121461600},{"$f":"COLUMNS($I3:AV3)*'Calculation Single Use Results'!$AM$36*3.664","v":124576000},{"$f":"COLUMNS($I3:AW3)*'Calculation Single Use Results'!$AM$36*3.664","v":127690400},{"$f":"COLUMNS($I3:AX3)*'Calculation Single Use Results'!$AM$36*3.664","v":130804800},{"$f":"COLUMNS($I3:AY3)*'Calculation Single Use Results'!$AM$36*3.664","v":133919200},{"$f":"COLUMNS($I3:AZ3)*'Calculation Single Use Results'!$AM$36*3.664","v":137033600},{"$f":"COLUMNS($I3:BA3)*'Calculation Single Use Results'!$AM$36*3.664","v":140148000},{"$f":"COLUMNS($I3:BB3)*'Calculation Single Use Results'!$AM$36*3.664","v":143262400},{"$f":"COLUMNS($I3:BC3)*'Calculation Single Use Results'!$AM$36*3.664","v":146376800},{"$f":"COLUMNS($I3:BD3)*'Calculation Single Use Results'!$AM$36*3.664","v":149491200},{"$f":"COLUMNS($I3:BE3)*'Calculation Single Use Results'!$AM$36*3.664","v":152605600},{"$f":"COLUMNS($I3:BF3)*'Calculation Single Use Results'!$AM$36*3.664","v":155720000},{"$f":"COLUMNS($I3:BG3)*'Calculation Single Use Results'!$AM$36*3.664","v":158834400},{"$f":"COLUMNS($I3:BH3)*'Calculation Single Use Results'!$AM$36*3.664","v":161948800},{"$f":"COLUMNS($I3:BI3)*'Calculation Single Use Results'!$AM$36*3.664","v":165063200},{"$f":"COLUMNS($I3:BJ3)*'Calculation Single Use Results'!$AM$36*3.664","v":168177600},{"$f":"COLUMNS($I3:BK3)*'Calculation Single Use Results'!$AM$36*3.664","v":171292000},{"$f":"COLUMNS($I3:BL3)*'Calculation Single Use Results'!$AM$36*3.664","v":174406400},{"$f":"COLUMNS($I3:BM3)*'Calculation Single Use Results'!$AM$36*3.664","v":177520800},{"$f":"COLUMNS($I3:BN3)*'Calculation Single Use Results'!$AM$36*3.664","v":180635200},{"$f":"COLUMNS($I3:BO3)*'Calculation Single Use Results'!$AM$36*3.664","v":183749600},{"$f":"COLUMNS($I3:BP3)*'Calculation Single Use Results'!$AM$36*3.664","v":186864000},{"$f":"COLUMNS($I3:BQ3)*'Calculation Single Use Results'!$AM$36*3.664","v":189978400},{"$f":"COLUMNS($I3:BR3)*'Calculation Single Use Results'!$AM$36*3.664","v":193092800},{"$f":"COLUMNS($I3:BS3)*'Calculation Single Use Results'!$AM$36*3.664","v":196207200},{"$f":"COLUMNS($I3:BT3)*'Calculation Single Use Results'!$AM$36*3.664","v":199321600},{"$f":"COLUMNS($I3:BU3)*'Calculation Single Use Results'!$AM$36*3.664","v":202436000},{"$f":"COLUMNS($I3:BV3)*'Calculation Single Use Results'!$AM$36*3.664","v":205550400},{"$f":"COLUMNS($I3:BW3)*'Calculation Single Use Results'!$AM$36*3.664","v":208664800},{"$f":"COLUMNS($I3:BX3)*'Calculation Single Use Results'!$AM$36*3.664","v":211779200},{"$f":"COLUMNS($I3:BY3)*'Calculation Single Use Results'!$AM$36*3.664","v":214893600},{"$f":"COLUMNS($I3:BZ3)*'Calculation Single Use Results'!$AM$36*3.664","v":218008000},{"$f":"COLUMNS($I3:CA3)*'Calculation Single Use Results'!$AM$36*3.664","v":221122400},{"$f":"COLUMNS($I3:CB3)*'Calculation Single Use Results'!$AM$36*3.664","v":224236800},{"$f":"COLUMNS($I3:CC3)*'Calculation Single Use Results'!$AM$36*3.664","v":227351200},{"$f":"COLUMNS($I3:CD3)*'Calculation Single Use Results'!$AM$36*3.664","v":230465600},{"$f":"COLUMNS($I3:CE3)*'Calculation Single Use Results'!$AM$36*3.664","v":233580000},{"$f":"COLUMNS($I3:CF3)*'Calculation Single Use Results'!$AM$36*3.664","v":236694400},{"$f":"COLUMNS($I3:CG3)*'Calculation Single Use Results'!$AM$36*3.664","v":239808800},{"$f":"COLUMNS($I3:CH3)*'Calculation Single Use Results'!$AM$36*3.664","v":242923200},{"$f":"COLUMNS($I3:CI3)*'Calculation Single Use Results'!$AM$36*3.664","v":246037600},{"$f":"COLUMNS($I3:CJ3)*'Calculation Single Use Results'!$AM$36*3.664","v":249152000},{"$f":"COLUMNS($I3:CK3)*'Calculation Single Use Results'!$AM$36*3.664","v":252266400},{"$f":"COLUMNS($I3:CL3)*'Calculation Single Use Results'!$AM$36*3.664","v":255380800},{"$f":"COLUMNS($I3:CM3)*'Calculation Single Use Results'!$AM$36*3.664","v":258495200},{"$f":"COLUMNS($I3:CN3)*'Calculation Single Use Results'!$AM$36*3.664","v":261609600},{"$f":"COLUMNS($I3:CO3)*'Calculation Single Use Results'!$AM$36*3.664","v":264724000},{"$f":"COLUMNS($I3:CP3)*'Calculation Single Use Results'!$AM$36*3.664","v":267838400},{"$f":"COLUMNS($I3:CQ3)*'Calculation Single Use Results'!$AM$36*3.664","v":270952800},{"$f":"COLUMNS($I3:CR3)*'Calculation Single Use Results'!$AM$36*3.664","v":274067200},{"$f":"COLUMNS($I3:CS3)*'Calculation Single Use Results'!$AM$36*3.664","v":277181600},{"$f":"COLUMNS($I3:CT3)*'Calculation Single Use Results'!$AM$36*3.664","v":280296000},{"$f":"COLUMNS($I3:CU3)*'Calculation Single Use Results'!$AM$36*3.664","v":283410400},{"$f":"COLUMNS($I3:CV3)*'Calculation Single Use Results'!$AM$36*3.664","v":286524800},{"$f":"COLUMNS($I3:CW3)*'Calculation Single Use Results'!$AM$36*3.664","v":289639200},{"$f":"COLUMNS($I3:CX3)*'Calculation Single Use Results'!$AM$36*3.664","v":292753600},{"$f":"COLUMNS($I3:CY3)*'Calculation Single Use Results'!$AM$36*3.664","v":295868000},{"$f":"COLUMNS($I3:CZ3)*'Calculation Single Use Results'!$AM$36*3.664","v":298982400},{"$f":"COLUMNS($I3:DA3)*'Calculation Single Use Results'!$AM$36*3.664","v":302096800},{"$f":"COLUMNS($I3:DB3)*'Calculation Single Use Results'!$AM$36*3.664","v":305211200},{"$f":"COLUMNS($I3:DC3)*'Calculation Single Use Results'!$AM$36*3.664","v":308325600},{"$f":"COLUMNS($I3:DD3)*'Calculation Single Use Results'!$AM$36*3.664","v":311440000},{"$f":"COLUMNS($I3:DE3)*'Calculation Single Use Results'!$AM$36*3.664","v":314554400},{"$f":"COLUMNS($I3:DF3)*'Calculation Single Use Results'!$AM$36*3.664","v":317668800},{"$f":"COLUMNS($I3:DG3)*'Calculation Single Use Results'!$AM$36*3.664","v":320783200},{"$f":"COLUMNS($I3:DH3)*'Calculation Single Use Results'!$AM$36*3.664","v":323897600},{"$f":"COLUMNS($I3:DI3)*'Calculation Single Use Results'!$AM$36*3.664","v":327012000},{"$f":"COLUMNS($I3:DJ3)*'Calculation Single Use Results'!$AM$36*3.664","v":330126400},{"$f":"COLUMNS($I3:DK3)*'Calculation Single Use Results'!$AM$36*3.664","v":333240800},{"$f":"COLUMNS($I3:DL3)*'Calculation Single Use Results'!$AM$36*3.664","v":336355200},{"$f":"COLUMNS($I3:DM3)*'Calculation Single Use Results'!$AM$36*3.664","v":339469600},{"$f":"COLUMNS($I3:DN3)*'Calculation Single Use Results'!$AM$36*3.664","v":342584000},{"$f":"COLUMNS($I3:DO3)*'Calculation Single Use Results'!$AM$36*3.664","v":345698400},{"$f":"COLUMNS($I3:DP3)*'Calculation Single Use Results'!$AM$36*3.664","v":348812800},{"$f":"COLUMNS($I3:DQ3)*'Calculation Single Use Results'!$AM$36*3.664","v":351927200},{"$f":"COLUMNS($I3:DR3)*'Calculation Single Use Results'!$AM$36*3.664","v":355041600},{"$f":"COLUMNS($I3:DS3)*'Calculation Single Use Results'!$AM$36*3.664","v":358156000},{"$f":"COLUMNS($I3:DT3)*'Calculation Single Use Results'!$AM$36*3.664","v":361270400},{"$f":"COLUMNS($I3:DU3)*'Calculation Single Use Results'!$AM$36*3.664","v":364384800},{"$f":"COLUMNS($I3:DV3)*'Calculation Single Use Results'!$AM$36*3.664","v":367499200},{"$f":"COLUMNS($I3:DW3)*'Calculation Single Use Results'!$AM$36*3.664","v":370613600},{"$f":"COLUMNS($I3:DX3)*'Calculation Single Use Results'!$AM$36*3.664","v":373728000},{"$f":"COLUMNS($I3:DY3)*'Calculation Single Use Results'!$AM$36*3.664","v":376842400},{"$f":"COLUMNS($I3:DZ3)*'Calculation Single Use Results'!$AM$36*3.664","v":379956800},{"$f":"COLUMNS($I3:EA3)*'Calculation Single Use Results'!$AM$36*3.664","v":383071200},{"$f":"COLUMNS($I3:EB3)*'Calculation Single Use Results'!$AM$36*3.664","v":386185600},{"$f":"COLUMNS($I3:EC3)*'Calculation Single Use Results'!$AM$36*3.664","v":389300000},{"$f":"COLUMNS($I3:ED3)*'Calculation Single Use Results'!$AM$36*3.664","v":392414400},{"$f":"COLUMNS($I3:EE3)*'Calculation Single Use Results'!$AM$36*3.664","v":395528800},{"$f":"COLUMNS($I3:EF3)*'Calculation Single Use Results'!$AM$36*3.664","v":398643200},{"$f":"COLUMNS($I3:EG3)*'Calculation Single Use Results'!$AM$36*3.664","v":401757600},{"$f":"COLUMNS($I3:EH3)*'Calculation Single Use Results'!$AM$36*3.664","v":404872000},{"$f":"COLUMNS($I3:EI3)*'Calculation Single Use Results'!$AM$36*3.664","v":407986400},{"$f":"COLUMNS($I3:EJ3)*'Calculation Single Use Results'!$AM$36*3.664","v":411100800},{"$f":"COLUMNS($I3:EK3)*'Calculation Single Use Results'!$AM$36*3.664","v":414215200},{"$f":"COLUMNS($I3:EL3)*'Calculation Single Use Results'!$AM$36*3.664","v":417329600},{"$f":"COLUMNS($I3:EM3)*'Calculation Single Use Results'!$AM$36*3.664","v":420444000},{"$f":"COLUMNS($I3:EN3)*'Calculation Single Use Results'!$AM$36*3.664","v":423558400},{"$f":"COLUMNS($I3:EO3)*'Calculation Single Use Results'!$AM$36*3.664","v":426672800},{"$f":"COLUMNS($I3:EP3)*'Calculation Single Use Results'!$AM$36*3.664","v":429787200},{"$f":"COLUMNS($I3:EQ3)*'Calculation Single Use Results'!$AM$36*3.664","v":432901600},{"$f":"COLUMNS($I3:ER3)*'Calculation Single Use Results'!$AM$36*3.664","v":436016000},{"$f":"COLUMNS($I3:ES3)*'Calculation Single Use Results'!$AM$36*3.664","v":439130400},{"$f":"COLUMNS($I3:ET3)*'Calculation Single Use Results'!$AM$36*3.664","v":442244800},{"$f":"COLUMNS($I3:EU3)*'Calculation Single Use Results'!$AM$36*3.664","v":445359200},{"$f":"COLUMNS($I3:EV3)*'Calculation Single Use Results'!$AM$36*3.664","v":448473600},{"$f":"COLUMNS($I3:EW3)*'Calculation Single Use Results'!$AM$36*3.664","v":451588000},{"$f":"COLUMNS($I3:EX3)*'Calculation Single Use Results'!$AM$36*3.664","v":454702400},{"$f":"COLUMNS($I3:EY3)*'Calculation Single Use Results'!$AM$36*3.664","v":457816800},{"$f":"COLUMNS($I3:EZ3)*'Calculation Single Use Results'!$AM$36*3.664","v":460931200},{"$f":"COLUMNS($I3:FA3)*'Calculation Single Use Results'!$AM$36*3.664","v":464045600},{"$f":"COLUMNS($I3:FB3)*'Calculation Single Use Results'!$AM$36*3.664","v":467160000}]
[null,"Year in which cumulative average CI reaches zero:",null,{"$f":"IF($FB$4>0,\"Not within 150 years\", INDEX($I$211:$FB$211,1,MATCH(0,'Sustained Program Calculations'!$I$4:$FB$4,-1)))","v":"Not within 150 years"},null,null,null,"Achieved negative emission (if any) as fraction of captured carbon",{"$f":"IF(I8<0,-I8*CO2_to_C_ratio/I5,\"No negative emission\")","v":"No negative emission"},"No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission",{"$f":"IF(AO8<0,-AO8*CO2_to_C_ratio/AO5,\"No negative emission\")","v":"No negative emission"},"No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission",{"$f":"IF(BU8<0,-BU8*CO2_to_C_ratio/BU5,\"No negative emission\")","v":"No negative emission"},"No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission",{"$f":"IF(DA8<0,-DA8*CO2_to_C_ratio/DA5,\"No negative emission\")","v":"No negative emission"},"No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission",{"$f":"IF(EG8<0,-EG8*CO2_to_C_ratio/EG5,\"No negative emission\")","v":"No negative emission"},"No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission","No negative emission"]
[null,null,null,null,null,null,null,"Annual emission:",{"$f":"SUM(I10:I109)","v":521715.14889026276},{"$f":"SUM(J10:J109)","v":544440.90171999659},564785.12153333519,582677.95599302719,598222.91109661816,611571.58573718718,622888.15309752291,632336.03245046292,640072.25555684883,646245.04231797217,650992.87543455872,654444.32542904944,656718.26475344342,657924.28383873601,658163.20704037393,657527.65082857595,656102.59096303512,653965.91935429326,651188.97956883896,647837.07493523415,643969.94628868508,639642.21830582828,634903.81457126653,629800.34224797122,624373.44765913335,618661.14433266071,612698.11517798563,606515.99050148227,600143.60355045309,593607.22522556549,586930.77953074593,580136.0412467178,573242.81722548278,566269.11261219904,559231.28321067838,552144.17512100481,545021.25269357942,537874.71576395747,530715.60705751029,523553.91058238386,516398.64176337747,509257.93000822578,502139.09434108273,495048.71268559626,487992.68533164536,480976.29307524941,474004.25048017426,467080.75467211066,460209.53004169295,453393.86920089612,446636.67050821544,439940.47245138627,433307.48515192152,426739.61923337379,420238.51227472466,413805.55305152398,407441.90375026898,401148.52032573451,394926.17115665844,388775.4541419741,{"$f":"SUM(BQ10:BQ109)","v":382696.8123677905},376690.54846430174,370756.83776172635,364895.74034520553,359107.2121001269,353391.1148316731,347747.22553531546,342175.24488857226,336674.80502839375,331245.4766732041,325886.77564366162,320598.16883166588,315379.07966306899,310228.8930956932,305146.96019085322,300132.60229337728,295185.11485223728,290303.77091123909,285487.82429679262,280736.51252754487,276049.05946863082,271424.67775142263,266862.57097794965,262361.93572757149,257921.96338208648,253541.84178409597,249220.75674227171,244957.8933960438,240752.43745120941,236603.57629704813,232510.50001466065,228472.40228544641,224488.48120795691,220557.94003065932,216679.98780755361,212853.83998304314,209078.71891190705,205353.8543198026,{"$f":"SUM(DC10:DC109)","v":201678.48370924557},198051.85271565779,-327241.93347258581,-353499.06711438799,-377328.13952176203,-398660.01748838753,-417598.9168426625,-434297.13687455113,-448919.54162251379,-461630.23159094289,-472586.91008735273,-481938.45883422776,-489824.01260573004,-496372.78424433927,-501704.27877814986,-505928.70949340792,-509147.51391541486,-511453.91204542207,-512933.47359192889,-513664.67489766044,-513719.43451830104,-513163.62140947906,-512057.53275856964,-510456.34041239595,-508410.50604167552,-505966.16591371712,-503165.48658038315,-500046.9930320147,-496645.87098647619,-492994.24501922569,-489121.43422393355,-485054.18704319856,-480816.89683801431,-476431.79968188435,-471919.15577659529,-467297.41579585942,-462583.37337281764,-457792.30485968664,-452938.09740367852,-448033.36630338279,-443089.56253448274,-438117.07126314589,-433125.30209957424,-428122.7717830991,-423117.17993350548,{"$f":"SUM(EV10:EV109)","v":-418115.47845088562},-413123.93509801931,-408148.19175470882,-403193.3177925396,-398263.85898087948,-393363.88230033929,-388497.01700819074]
[null,null,"Choose linear decay (amortised by total decay time PERIOD), exponential decay (by RATE), or Monod function. Only one form of parameters should be filled in per emission/sink. ",null,null,null,null,"Net carbon position (kg C):",{"$f":"SUM($I$10:I$159)","v":521715.14889026276},{"$f":"SUM($I$10:J$159)","v":1066156.0506102594},{"$f":"SUM($I$10:K$159)","v":1630941.1721435944},{"$f":"SUM($I$10:L$159)","v":2213619.1281366213},{"$f":"SUM($I$10:M$159)","v":2811842.0392332398},{"$f":"SUM($I$10:N$159)","v":3423413.6249704268},{"$f":"SUM($I$10:O$159)","v":4046301.7780679502},{"$f":"SUM($I$10:P$159)","v":4678637.8105184129},{"$f":"SUM($I$10:Q$159)","v":5318710.0660752617},{"$f":"SUM($I$10:R$159)","v":5964955.1083932351},{"$f":"SUM($I$10:S$159)","v":6615947.983827794},{"$f":"SUM($I$10:T$159)","v":7270392.3092568433},{"$f":"SUM($I$10:U$159)","v":7927110.5740102874},{"$f":"SUM($I$10:V$159)","v":8585034.8578490242},{"$f":"SUM($I$10:W$159)","v":9243198.0648893993},{"$f":"SUM($I$10:X$159)","v":9900725.7157179769},{"$f":"SUM($I$10:Y$159)","v":10556828.306681015},{"$f":"SUM($I$10:Z$159)","v":11210794.22603531},{"$f":"SUM($I$10:AA$159)","v":11861983.205604151},{"$f":"SUM($I$10:AB$159)","v":12509820.280539388},{"$f":"SUM($I$10:AC$159)","v":13153790.226828076},{"$f":"SUM($I$10:AD$159)","v":13793432.445133908},{"$f":"SUM($I$10:AE$159)","v":14428336.259705177},{"$f":"SUM($I$10:AF$159)","v":15058136.601953153},{"$f":"SUM($I$10:AG$159)","v":15682510.049612289},{"$f":"SUM($I$10:AH$159)","v":16301171.193944953},{"$f":"SUM($I$10:AI$159)","v":16913869.309122942},{"$f":"SUM($I$10:AJ$159)","v":17520385.299624432},{"$f":"SUM($I$10:AK$159)","v":18120528.903174888},{"$f":"SUM($I$10:AL$159)","v":18714136.128400464},{"$f":"SUM($I$10:AM$159)","v":19301066.907931212},{"$f":"SUM($I$10:AN$159)","v":19881202.949177936},{"$f":"SUM($I$10:AO$159)","v":20454445.766403425},{"$f":"SUM($I$10:AP$159)","v":21020714.879015625},{"$f":"SUM($I$10:AQ$159)","v":21579946.162226304},{"$f":"SUM($I$10:AR$159)","v":22132090.337347306},{"$f":"SUM($I$10:AS$159)","v":22677111.590040892},{"$f":"SUM($I$10:AT$159)","v":23214986.305804852},{"$f":"SUM($I$10:AU$159)","v":23745701.912862364},{"$f":"SUM($I$10:AV$159)","v":24269255.82344475},{"$f":"SUM($I$10:AW$159)","v":24785654.465208124},{"$f":"SUM($I$10:AX$159)","v":25294912.395216357},{"$f":"SUM($I$10:AY$159)","v":25797051.489557438},{"$f":"SUM($I$10:AZ$159)","v":26292100.202243038},{"$f":"SUM($I$10:BA$159)","v":26780092.88757468},{"$f":"SUM($I$10:BB$159)","v":27261069.18064994},{"$f":"SUM($I$10:BC$159)","v":27735073.431130111},{"$f":"SUM($I$10:BD$159)","v":28202154.185802218},{"$f":"SUM($I$10:BE$159)","v":28662363.715843912},{"$f":"SUM($I$10:BF$159)","v":29115757.585044812},{"$f":"SUM($I$10:BG$159)","v":29562394.255553026},{"$f":"SUM($I$10:BH$159)","v":30002334.728004407},{"$f":"SUM($I$10:BI$159)","v":30435642.213156335},{"$f":"SUM($I$10:BJ$159)","v":30862381.832389705},{"$f":"SUM($I$10:BK$159)","v":31282620.344664428},{"$f":"SUM($I$10:BL$159)","v":31696425.89771596},{"$f":"SUM($I$10:BM$159)","v":32103867.801466227},{"$f":"SUM($I$10:BN$159)","v":32505016.321791951},{"$f":"SUM($I$10:BO$159)","v":32899942.492948622},{"$f":"SUM($I$10:BP$159)","v":33288717.947090592},{"$f":"SUM($I$10:BQ$159)","v":33671414.759458385},{"$f":"SUM($I$10:BR$159)","v":34048105.307922684},{"$f":"SUM($I$10:BS$159)","v":34418862.145684406},{"$f":"SUM($I$10:BT$159)","v":34783757.886029616},{"$f":"SUM($I$10:BU$159)","v":35142865.098129734},{"$f":"SUM($I$10:BV$159)","v":35496256.212961398},{"$f":"SUM($I$10:BW$159)","v":35844003.438496716},{"$f":"SUM($I$10:BX$159)","v":36186178.68338529},{"$f":"SUM($I$10:BY$159)","v":36522853.488413677},{"$f":"SUM($I$10:BZ$159)","v":36854098.965086877},{"$f":"SUM($I$10:CA$159)","v":37179985.740730532},{"$f":"SUM($I$10:CB$159)","v":37500583.909562208},{"$f":"SUM($I$10:CC$159)","v":37815962.989225268},{"$f":"SUM($I$10:CD$159)","v":38126191.882320963},{"$f":"SUM($I$10:CE$159)","v":38431338.84251181},{"$f":"SUM($I$10:CF$159)","v":38731471.444805197},{"$f":"SUM($I$10:CG$159)","v":39026656.559657417},{"$f":"SUM($I$10:CH$159)","v":39316960.330568664},{"$f":"SUM($I$10:CI$159)","v":39602448.154865444},{"$f":"SUM($I$10:CJ$159)","v":39883184.667392984},{"$f":"SUM($I$10:CK$159)","v":40159233.726861611},{"$f":"SUM($I$10:CL$159)","v":40430658.404613018},{"$f":"SUM($I$10:CM$159)","v":40697520.975590967},{"$f":"SUM($I$10:CN$159)","v":40959882.911318518},{"$f":"SUM($I$10:CO$159)","v":41217804.874700613},{"$f":"SUM($I$10:CP$159)","v":41471346.716484703},{"$f":"SUM($I$10:CQ$159)","v":41720567.473226972},{"$f":"SUM($I$10:CR$159)","v":41965525.366623007},{"$f":"SUM($I$10:CS$159)","v":42206277.804074213},{"$f":"SUM($I$10:CT$159)","v":42442881.38037125},{"$f":"SUM($I$10:CU$159)","v":42675391.880385906},{"$f":"SUM($I$10:CV$159)","v":42903864.282671347},{"$f":"SUM($I$10:CW$159)","v":43128352.763879292},{"$f":"SUM($I$10:CX$159)","v":43348910.703909956},{"$f":"SUM($I$10:CY$159)","v":43565590.691717483},{"$f":"SUM($I$10:CZ$159)","v":43778444.531700537},{"$f":"SUM($I$10:DA$159)","v":43987523.25061243},{"$f":"SUM($I$10:DB$159)","v":44192877.104932234},{"$f":"SUM($I$10:DC$159)","v":44394555.588641465},{"$f":"SUM($I$10:DD$159)","v":44592607.441357121},{"$f":"SUM($I$10:DE$159)","v":44787080.656774811},{"$f":"SUM($I$10:DF$159)","v":44978022.491380394},{"$f":"SUM($I$10:DG$159)","v":45165479.473391965},{"$f":"SUM($I$10:DH$159)","v":45349497.411896601},{"$f":"SUM($I$10:DI$159)","v":45530121.40615055},{"$f":"SUM($I$10:DJ$159)","v":45707395.855013177},{"$f":"SUM($I$10:DK$159)","v":45881364.466488175},{"$f":"SUM($I$10:DL$159)","v":46052070.267347701},{"$f":"SUM($I$10:DM$159)","v":46219555.612817176},{"$f":"SUM($I$10:DN$159)","v":46383862.196300916},{"$f":"SUM($I$10:DO$159)","v":46545031.059129752},{"$f":"SUM($I$10:DP$159)","v":46703102.600314446},{"$f":"SUM($I$10:DQ$159)","v":46858116.586289734},{"$f":"SUM($I$10:DR$159)","v":47010112.160635054},{"$f":"SUM($I$10:DS$159)","v":47159127.853760004},{"$f":"SUM($I$10:DT$159)","v":47305201.592543162},{"$f":"SUM($I$10:DU$159)","v":47448370.709914252},{"$f":"SUM($I$10:DV$159)","v":47588671.954370879},{"$f":"SUM($I$10:DW$159)","v":47726141.499421425},{"$f":"SUM($I$10:DX$159)","v":47860814.95294717},{"$f":"SUM($I$10:DY$159)","v":47992727.366477281},{"$f":"SUM($I$10:DZ$159)","v":48121913.244370706},{"$f":"SUM($I$10:EA$159)","v":48248406.552900299},{"$f":"SUM($I$10:EB$159)","v":48372240.729234546},{"$f":"SUM($I$10:EC$159)","v":48493448.690313302},{"$f":"SUM($I$10:ED$159)","v":48612062.841613941},{"$f":"SUM($I$10:EE$159)","v":48728115.085805446},{"$f":"SUM($I$10:EF$159)","v":48841636.831287697},{"$f":"SUM($I$10:EG$159)","v":48952659.000614211},{"$f":"SUM($I$10:EH$159)","v":49061212.038796581},{"$f":"SUM($I$10:EI$159)","v":49167325.921489313},{"$f":"SUM($I$10:EJ$159)","v":49271030.163054138},{"$f":"SUM($I$10:EK$159)","v":49372353.824503027},{"$f":"SUM($I$10:EL$159)","v":49471325.521319352},{"$f":"SUM($I$10:EM$159)","v":49567973.431157216},{"$f":"SUM($I$10:EN$159)","v":49662325.301418543},{"$f":"SUM($I$10:EO$159)","v":49754408.456708439},{"$f":"SUM($I$10:EP$159)","v":49844249.806169003},{"$f":"SUM($I$10:EQ$159)","v":49931875.850692026},{"$f":"SUM($I$10:ER$159)","v":50017312.690011263},{"$f":"SUM($I$10:ES$159)","v":50100586.029675074},{"$f":"SUM($I$10:ET$159)","v":50181721.187900193},{"$f":"SUM($I$10:EU$159)","v":50260743.102307767},{"$f":"SUM($I$10:EV$159)","v":50337676.33654248},{"$f":"SUM($I$10:EW$159)","v":50412545.086776108},{"$f":"SUM($I$10:EX$159)","v":50485373.18809665},{"$f":"SUM($I$10:EY$159)","v":50556184.120784283},{"$f":"SUM($I$10:EZ$159)","v":50625001.016475506},{"$f":"SUM($I$10:FA$159)","v":50691846.664216861},{"$f":"SUM($I$10:FB$159)","v":50756743.516409561}]
["Source/sink","Emission/sink (tC)","Time period","Decay rate","Monod parameter (Age_50%)","Monod parameter (T_0)",null,"First harvest position only",{"$f":"SUM($I10:I10)","v":521715.14889026276},{"$f":"SUM($I10:J10)","v":544440.90171999659},{"$f":"SUM($I10:K10)","v":564785.12153333519},{"$f":"SUM($I10:L10)","v":582677.95599302719},{"$f":"SUM($I10:M10)","v":598222.91109661816},{"$f":"SUM($I10:N10)","v":611571.58573718707},{"$f":"SUM($I10:O10)","v":622888.15309752279},{"$f":"SUM($I10:P10)","v":632336.03245046281},{"$f":"SUM($I10:Q10)","v":640072.25555684883},{"$f":"SUM($I10:R10)","v":646245.04231797217},{"$f":"SUM($I10:S10)","v":650992.87543455872},{"$f":"SUM($I10:T10)","v":654444.32542904944},{"$f":"SUM($I10:U10)","v":656718.26475344342},{"$f":"SUM($I10:V10)","v":657924.28383873601},{"$f":"SUM($I10:W10)","v":658163.20704037393},{"$f":"SUM($I10:X10)","v":657527.65082857595},{"$f":"SUM($I10:Y10)","v":656102.59096303512},{"$f":"SUM($I10:Z10)","v":653965.91935429338},{"$f":"SUM($I10:AA10)","v":651188.97956883907},{"$f":"SUM($I10:AB10)","v":647837.07493523427},{"$f":"SUM($I10:AC10)","v":643969.94628868508},{"$f":"SUM($I10:AD10)","v":639642.2183058284},{"$f":"SUM($I10:AE10)","v":634903.81457126653},{"$f":"SUM($I10:AF10)","v":629800.34224797133},{"$f":"SUM($I10:AG10)","v":624373.44765913347},{"$f":"SUM($I10:AH10)","v":618661.14433266083},{"$f":"SUM($I10:AI10)","v":612698.11517798575},{"$f":"SUM($I10:AJ10)","v":606515.99050148239},{"$f":"SUM($I10:AK10)","v":600143.60355045309},{"$f":"SUM($I10:AL10)","v":593607.22522556561},{"$f":"SUM($I10:AM10)","v":586930.77953074605},{"$f":"SUM($I10:AN10)","v":580136.04124671791},{"$f":"SUM($I10:AO10)","v":573242.81722548301},{"$f":"SUM($I10:AP10)","v":566269.11261219915},{"$f":"SUM($I10:AQ10)","v":559231.28321067849},{"$f":"SUM($I10:AR10)","v":552144.17512100493},{"$f":"SUM($I10:AS10)","v":545021.25269357965},{"$f":"SUM($I10:AT10)","v":537874.71576395759},{"$f":"SUM($I10:AU10)","v":530715.60705751041},{"$f":"SUM($I10:AV10)","v":523553.91058238392},{"$f":"SUM($I10:AW10)","v":516398.64176337753},{"$f":"SUM($I10:AX10)","v":509257.93000822584},{"$f":"SUM($I10:AY10)","v":502139.09434108279},{"$f":"SUM($I10:AZ10)","v":495048.71268559637},{"$f":"SUM($I10:BA10)","v":487992.68533164548},{"$f":"SUM($I10:BB10)","v":480976.29307524953},{"$f":"SUM($I10:BC10)","v":474004.25048017438},{"$f":"SUM($I10:BD10)","v":467080.75467211066},{"$f":"SUM($I10:BE10)","v":460209.53004169295},{"$f":"SUM($I10:BF10)","v":453393.86920089618},{"$f":"SUM($I10:BG10)","v":446636.67050821544},{"$f":"SUM($I10:BH10)","v":439940.47245138622},{"$f":"SUM($I10:BI10)","v":433307.48515192152},{"$f":"SUM($I10:BJ10)","v":426739.61923337373},{"$f":"SUM($I10:BK10)","v":420238.51227472455},{"$f":"SUM($I10:BL10)","v":413805.55305152386},{"$f":"SUM($I10:BM10)","v":407441.90375026892},{"$f":"SUM($I10:BN10)","v":401148.52032573451},{"$f":"SUM($I10:BO10)","v":394926.17115665844},{"$f":"SUM($I10:BP10)","v":388775.4541419741},{"$f":"SUM($I10:BQ10)","v":382696.8123677905},{"$f":"SUM($I10:BR10)","v":376690.5484643018},{"$f":"SUM($I10:BS10)","v":370756.83776172635},{"$f":"SUM($I10:BT10)","v":364895.74034520565},{"$f":"SUM($I10:BU10)","v":359107.21210012701},{"$f":"SUM($I10:BV10)","v":353391.11483167316},{"$f":"SUM($I10:BW10)","v":347747.22553531558},{"$f":"SUM($I10:BX10)","v":342175.24488857226},{"$f":"SUM($I10:BY10)","v":336674.80502839381},{"$f":"SUM($I10:BZ10)","v":331245.47667320416},{"$f":"SUM($I10:CA10)","v":325886.77564366162},{"$f":"SUM($I10:CB10)","v":320598.16883166594},{"$f":"SUM($I10:CC10)","v":315379.07966306905},{"$f":"SUM($I10:CD10)","v":310228.89309569326},{"$f":"SUM($I10:CE10)","v":305146.96019085322},{"$f":"SUM($I10:CF10)","v":300132.60229337733},{"$f":"SUM($I10:CG10)","v":295185.11485223734},{"$f":"SUM($I10:CH10)","v":290303.77091123909},{"$f":"SUM($I10:CI10)","v":285487.82429679262},{"$f":"SUM($I10:CJ10)","v":280736.51252754481},{"$f":"SUM($I10:CK10)","v":276049.05946863082},{"$f":"SUM($I10:CL10)","v":271424.67775142263},{"$f":"SUM($I10:CM10)","v":266862.5709779496},{"$f":"SUM($I10:CN10)","v":262361.93572757149},{"$f":"SUM($I10:CO10)","v":257921.96338208648},{"$f":"SUM($I10:CP10)","v":253541.84178409594},{"$f":"SUM($I10:CQ10)","v":249220.75674227162},{"$f":"SUM($I10:CR10)","v":244957.89339604371},{"$f":"SUM($I10:CS10)","v":240752.43745120941},{"$f":"SUM($I10:CT10)","v":236603.57629704813},{"$f":"SUM($I10:CU10)","v":232510.50001466065},{"$f":"SUM($I10:CV10)","v":228472.40228544641},{"$f":"SUM($I10:CW10)","v":224488.48120795685},{"$f":"SUM($I10:CX10)","v":220557.94003065929},{"$f":"SUM($I10:CY10)","v":216679.98780755355},{"$f":"SUM($I10:CZ10)","v":212853.83998304314},{"$f":"SUM($I10:DA10)","v":209078.718911907},{"$f":"SUM($I10:DB10)","v":205353.85431980266},{"$f":"SUM($I10:DC10)","v":201678.48370924566},{"$f":"SUM($I10:DD10)","v":198051.85271565779},{"$f":"SUM($I10:DE10)","v":194473.21541767704},{"$f":"SUM($I10:DF10)","v":190941.8346056086},{"$f":"SUM($I10:DG10)","v":187456.98201157321},{"$f":"SUM($I10:DH10)","v":184017.93850463972},{"$f":"SUM($I10:DI10)","v":180623.99425395578},{"$f":"SUM($I10:DJ10)","v":177274.44886263611},{"$f":"SUM($I10:DK10)","v":173968.61147500924},{"$f":"SUM($I10:DL10)","v":170705.80085952015},{"$f":"SUM($I10:DM10)","v":167485.34546949621},{"$f":"SUM($I10:DN10)","v":164306.58348374453},{"$f":"SUM($I10:DO10)","v":161168.8628288288},{"$f":"SUM($I10:DP10)","v":158071.54118471034},{"$f":"SUM($I10:DQ10)","v":155013.98597529382},{"$f":"SUM($I10:DR10)","v":151995.57434532823},{"$f":"SUM($I10:DS10)","v":149015.69312495922},{"$f":"SUM($I10:DT10)","v":146073.738783154},{"$f":"SUM($I10:DU10)","v":143169.11737110635},{"$f":"SUM($I10:DV10)","v":140301.24445663311},{"$f":"SUM($I10:DW10)","v":137469.54505053815},{"$f":"SUM($I10:DX10)","v":134673.45352575529},{"$f":"SUM($I10:DY10)","v":131912.41353011559},{"$f":"SUM($I10:DZ10)","v":129185.87789343263},{"$f":"SUM($I10:EA10)","v":126493.30852959109},{"$f":"SUM($I10:EB10)","v":123834.17633425428},{"$f":"SUM($I10:EC10)","v":121207.96107875041},{"$f":"SUM($I10:ED10)","v":118614.15130064623},{"$f":"SUM($I10:EE10)","v":116052.24419150957},{"$f":"SUM($I10:EF10)","v":113521.74548225678},{"$f":"SUM($I10:EG10)","v":111022.16932651962},{"$f":"SUM($I10:EH10)","v":108553.03818236708},{"$f":"SUM($I10:EI10)","v":106113.88269273176},{"$f":"SUM($I10:EJ10)","v":103704.24156483356},{"$f":"SUM($I10:EK10)","v":101323.66144888758},{"$f":"SUM($I10:EL10)","v":98971.696816339681},{"$f":"SUM($I10:EM10)","v":96647.909837860789},{"$f":"SUM($I10:EN10)","v":94351.87026131821},{"$f":"SUM($I10:EO10)","v":92083.155289900984},{"$f":"SUM($I10:EP10)","v":89841.349460574827},{"$f":"SUM($I10:EQ10)","v":87626.04452302774},{"$f":"SUM($I10:ER10)","v":85436.839319238075},{"$f":"SUM($I10:ES10)","v":83273.33966380333},{"$f":"SUM($I10:ET10)","v":81135.158225126826},{"$f":"SUM($I10:EU10)","v":79021.914407577395},{"$f":"SUM($I10:EV10)","v":76933.234234710835},{"$f":"SUM($I10:EW10)","v":74868.750233626255},{"$f":"SUM($I10:EX10)","v":72828.101320540736},{"$f":"SUM($I10:EY10)","v":70810.93268763482},{"$f":"SUM($I10:EZ10)","v":68816.895691231301},{"$f":"SUM($I10:FA10)","v":66845.647741353721},{"$f":"SUM($I10:FB10)","v":64896.852192705468},{"$f":"SUM(I9:FB9)","v":50756743.516409874}]
[null,null,null,null,null,null,{"$f":"IF(COUNT(C10:E10)>1,\"Error: only one temporal behaviour per row\", \"\")","v":""},{"$f":"\"Year \"&ROWS(G$11:G11)&\" harvest\"","v":"Year 1 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2189.2052037896647},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2163.4996554347499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2138.1814386765027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2113.2438175494353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2088.6801728665623},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2064.4840010845783},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2040.6489130855143},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2017.1686329059194},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1994.0369964035181},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1971.2479498775865},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1948.7955486482506},{"$f":"SUM(I10:FB10)","v":64896.852192705468}]
["Slash left in forest (including aboveground part of ancillary saplings)",{"$f":"'Calculation Single Use Results'!N36+(1-RS_frac)*Ancillary_losses","v":330476.15544028743},null,{"$f":"Slash_decay","v":5.9192262193179856E-2},null,null,"",{"$f":"\"Year \"&ROWS(G$11:G12)&\" harvest\"","v":"Year 2 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2189.2052037896647},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2163.4996554347499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2138.1814386765027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2113.2438175494353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2088.6801728665623},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2064.4840010845783},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2040.6489130855143},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2017.1686329059194},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1994.0369964035181},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H11),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1971.2479498775865},66845.647741353721,{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Note that for historical reasons the Monod AGB term is added as a correction to the alternative linear emission framing.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.linear_arr)","v":0}]
[null,null,null,null,null,null,"",{"$f":"\"Year \"&ROWS(G$11:G14)&\" harvest\"","v":"Year 4 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2189.2052037896647},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2163.4996554347499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2138.1814386765027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2113.2438175494353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2088.6801728665623},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2064.4840010845783},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2040.6489130855143},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2017.1686329059194},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H12),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1994.0369964035181},68816.895691231301,0]
["Added slash, avoided decomposition",{"$f":"-'Calculation Single Use Results'!P36","v":0},null,{"$f":"Slash_decay","v":5.9192262193179856E-2},null,null,"",{"$f":"\"Year \"&ROWS(G$11:G15)&\" harvest\"","v":"Year 5 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2189.2052037896647},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2163.4996554347499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2138.1814386765027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2113.2438175494353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2088.6801728665623},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2064.4840010845783},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2040.6489130855143},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H13),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2017.1686329059194},70810.93268763482,0]
["Roots left in forest  (including belowground part of ancillary saplings)",{"$f":"'Calculation Single Use Results'!L36+RS_frac*Ancillary_losses","v":370881.31062306103},null,{"$f":"Root_decay","v":9.1058749911321901E-2},null,null,"",{"$f":"\"Year \"&ROWS(G$11:G16)&\" harvest\"","v":"Year 6 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2189.2052037896647},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2163.4996554347499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2138.1814386765027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2113.2438175494353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2088.6801728665623},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2064.4840010845783},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H14),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2040.6489130855143},72828.101320540736,0]
["Wood combusted for drying",{"$f":"'Carbon lost post-forest'!G9*(1-'Calculation Single Use Results'!Q36)*'Calculation Single Use Results'!J36","v":185580.91570109583},1,null,null,null,"",{"$f":"\"Year \"&ROWS(G$11:G17)&\" harvest\"","v":"Year 7 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2189.2052037896647},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2163.4996554347499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2138.1814386765027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2113.2438175494353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2088.6801728665623},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H15),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2064.4840010845783},74868.750233626255,1]
["Wood lost in pelletisation",{"$f":"('Calculation Single Use Results'!W36-'Carbon lost post-forest'!G9)*(1-'Calculation Single Use Results'!Q36)*'Calculation Single Use Results'!J36","v":96470.366350186217},null,3.7999999999999999E-2,null,null,"",{"$f":"\"Year \"&ROWS(G$11:G18)&\" harvest\"","v":"Year 8 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2189.2052037896647},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2163.4996554347499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2138.1814386765027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2113.2438175494353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H16),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2088.6801728665623},76933.234234710835,0]
["Uncaptured plant emission",{"$f":"'Calculation Single Use Results'!AL36","v":150000.00000000003},1,null,null,null,"",{"$f":"\"Year \"&ROWS(G$11:G19)&\" harvest\"","v":"Year 9 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2189.2052037896647},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2163.4996554347499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2138.1814386765027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H17),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2113.2438175494353},79021.914407577395,1]
["Fossil supply chain emission",{"$f":"'Calculation Single Use Results'!AR36/3.664","v":162660.75384894625},1,null,null,null,"",{"$f":"\"Year \"&ROWS(G$11:G20)&\" harvest\"","v":"Year 10 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2189.2052037896647},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2163.4996554347499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H18),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2138.1814386765027},81135.158225126826,1]
["Biomass regrowth (component for 30 years after harvest)",{"$f":"-'Calculation Single Use Results'!D29*'Calculation Single Use Results'!J36*1/2","v":-387781.83857369382},30,null,null,null,"",{"$f":"\"Year \"&ROWS(G$11:G21)&\" harvest\"","v":"Year 11 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2189.2052037896647},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H19),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2163.4996554347499},83273.33966380333,0]
["Biomass regrowth (component for 60 years after harvest)",{"$f":"2*B19","v":-775563.67714738764},60,null,null,null,"",{"$f":"\"Year \"&ROWS(G$11:G22)&\" harvest\"","v":"Year 12 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H20),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2189.2052037896647},85436.839319238075,0]
["AGB_max",{"$f":"IFERROR(_xlfn.LET(_xlpm.comment, \"Maximum AGB carbon parameter for Monod growth function scaled to wood requirement\", _xlpm.AGB_max_counterf,INDEX(CHARM_results,MATCH($A$21,INDEX(CHARM_results,,1),0),MATCH($B$26,INDEX(CHARM_results,1,),0)), _xlpm.AGB_max_post_harvest, INDEX(CHARM_results,MATCH($A$21,INDEX(CHARM_results,,1),0),MATCH($B$25,INDEX(CHARM_results,1,),0)),_xlpm.result,-B22*_xlpm.AGB_max_post_harvest/_xlpm.AGB_max_counterf, _xlpm.result),\"\")","v":-4179304.8580378899},null,null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH(\"Y_50%\",INDEX(CHARM_results,,1),0),MATCH(B25,INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":94},0,"",{"$f":"\"Year \"&ROWS(G$11:G23)&\" harvest\"","v":"Year 13 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H21),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2215.3049375470919},87626.04452302774,0]
["Counterfactual growth",{"$f":"IFERROR(_xlfn.LET(_xlpm.comment, \"Maximum AGB carbon parameter for Monod growth function scaled to wood requirement\", _xlpm.AGB_max_counterf,INDEX(CHARM_results,MATCH($A$21,INDEX(CHARM_results,,1),0),MATCH($B$26,INDEX(CHARM_results,1,),0)), _xlpm.harvest_CHARM,F34,_xlpm.scalar, E34/F34, _xlpm.AGB_max_scaled, _xlpm.scalar*_xlpm.AGB_max_counterf,_xlpm.AGB_max_scaled),\"\")","v":4179304.8580378899},null,null,{"$f":"IFERROR(_xlfn.LET(_xlpm.result,INDEX(CHARM_results,MATCH(\"Y_50%\",INDEX(CHARM_results,,1),0),MATCH(B26,INDEX(CHARM_results,1,),0)),_xlpm.result),\"\")","v":94},{"$f":"E27","v":35},"",{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H22),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2241.805829326162},89841.349460574827,0]
[{"$f":"IF(FB208>-INDEX($I$206:$FB$206,1, COUNT($I$206:$FB$206)-F22), \"Warning: counterfactual growth overtakes post-harvest growth!\",\"\")","v":""},null,null,null,"CHARM sheet implied T_0",{"$f":"ROUND(INDEX(CHARM_results,MATCH('CHARM results'!$B$21,INDEX(CHARM_results,,1),0),MATCH($B$26,INDEX(CHARM_results,1,),0)),0)","v":49},null,{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H23),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2268.7149714172256},92083.155289900984]
[null,null,"AGB_max_CHARM",null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H24),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2296.0395765425756},94351.87026131821]
["Growth forestry model (see \"CHARM results\"):",{"$f":"_xlfn.XLOOKUP('Calculation Single Use Results'!$B$4,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,2,))","v":"Global"},{"$f":"IFERROR(_xlfn.LET(_xlpm.comment, \"\", _xlpm.AGB_max_post_harvest, INDEX(CHARM_results,MATCH($A$21,INDEX(CHARM_results,,1),0),MATCH($B$25,INDEX(CHARM_results,1,),0)),_xlpm.AGB_max_post_harvest),\"\")","v":246},"Counterfactual C ratio: ",{"$f":"_xlfn.LET(_xlpm.comment, \"Derive implied plantation age at harvest from ratio of year 0 to 30 year counterfactual carbon stock\", _xlpm.start_counter_C, INDEX(CHARM_results,MATCH('CHARM results'!$B$5,INDEX(CHARM_results,,1),0),MATCH(B26,INDEX(CHARM_results,1,),0)),_xlpm.eventual_counter_C, INDEX(CHARM_results,MATCH('CHARM results'!$B$7,INDEX(CHARM_results,,1),0),MATCH(B26,INDEX(CHARM_results,1,),0)),_xlpm.harvest_C,INDEX(CHARM_results,MATCH('CHARM results'!$B$6,INDEX(CHARM_results,,1),0),MATCH(B26,INDEX(CHARM_results,1,),0)),(_xlpm.eventual_counter_C)/_xlpm.start_counter_C)","v":0.32692307692307693},"(C_stock gain in absence of harvesting/harvested C)",null,{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H25),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2323.7869784788927},96647.909837860789]
["Counterfactual growth model (see \"CHARM results\"):",{"$f":"_xlfn.XLOOKUP('Calculation Single Use Results'!$B$4,INDEX(Input_case_CHARM_translation,1,),INDEX(Input_case_CHARM_translation,3,))","v":"Global"},{"$f":"IFERROR(_xlfn.LET(_xlpm.comment, \"\", _xlpm.AGB_max_counterf,INDEX(CHARM_results,MATCH($A$21,INDEX(CHARM_results,,1),0),MATCH($B$26,INDEX(CHARM_results,1,),0)), _xlpm.AGB_max_counterf),\"\")","v":246},"Model assumption harvest-enhanced growth rate:",{"$f":"'Calculation Single Use Results'!D29","v":0.39102564102564102},"Input parameter for harvest-enhanced growth rate",null,{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H26),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2351.9646325478943},98971.696816339681]
[null,null,null,"T_0 (C_ratio)",{"$f":"_xlfn.LET(_xlpm.year_index,$I$211:$FB$211, _xlpm.thirty_year_C_ratio,E25, INDEX(_xlpm.year_index,MATCH(_xlpm.thirty_year_C_ratio,Monod_C_ratios,-1)))","v":35},"Age of forest prior to harvest",null,{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H27),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2380.5801159459816},101323.66144888758]
[null,null,null,"Monod-resultant harvest-enhanced growth parameter: ",{"$f":"(-SUM(I213:AL213)-SUM(OFFSET(I216:AL216,0,F22)))/_xlfn.XLOOKUP(F22,$I$211:$FB$211,$I$215:$FB$215)","v":0.403276958749758},{"$f":"(-SUM(I213:AL213)-SUM(OFFSET(I216:AL216,0,F22)))","v":35.208028412116363},null,{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H28),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2409.6411278981905},103704.24156483356]
[null,null,null,"Ratio of resultant to input harvest-enhanced growth parameter:",{"$f":"E28/'Calculation Single Use Results'!D29","v":1.031331238769873},"Check harvest-enhanced growth rate implied by forestry model against input value to confirm consistency of temporal and non-temporal results (if the value is close to 100%, then the modelling is broadly consistent)",null,{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H29),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2439.15548963532},106113.88269273176]
[null,null,null,"Implied area",{"$f":"IFERROR(_xlfn.LET(_xlpm.comment, \"\", _xlpm.AGB_max_counterf, B22, _xlpm.AGB_max_counterf_CHARM,INDEX(CHARM_results,MATCH($A$21,INDEX(CHARM_results,,1),0),MATCH($B$26,INDEX(CHARM_results,1,),0)), _xlpm.AGB_max_counterf/_xlpm.AGB_max_counterf_CHARM),\"\")","v":16989.044138365407},"hectares",null,{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H30),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2469.1311441525431},108553.03818236708]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2593.8097781041688},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2561.9071091366577},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2530.4987092527808},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H31),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2499.5761557371634},111022.16932651962]
[null,"Harvested wood burned (excl slash)",null,{"$f":"D34-SUM(D42:D43)","v":49.685678552893144},{"$f":"'Sustained Program Calculations'!D35*('Calculation Single Use Results'!$J$36-'Calculation Single Use Results'!$M$36)/'Sustained Program Calculations'!$D$34","v":1055806.9381598793},{"$f":"IFERROR(D35*_xlfn.XLOOKUP($B$26,'CHARM results'!$C$4:$P$4,'CHARM results'!$C$5:$P$5)/$D$34,\"-\")","v":62.146341463414629},1.056910569105691,{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2831.6994060949692},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2796.0915247828425},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2761.0399956397077},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2726.5356366829619},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2692.569363841536},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2659.1321953368042},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H35),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2626.215255503872},121207.96107875041]
[null,"Decaying root at year 0 (visual estimate)",null,{"$f":"23/123*D34","v":16.325294381664889},{"$f":"'Sustained Program Calculations'!D42*('Calculation Single Use Results'!$J$36-'Calculation Single Use Results'!$M$36)/'Sustained Program Calculations'!$D$34","v":346907.99396681751},{"$f":"IFERROR(D42*_xlfn.XLOOKUP($B$26,'CHARM results'!$C$4:$P$4,'CHARM results'!$C$5:$P$5)/$D$34,\"-\")","v":20.419512195121953},0.81029810298102989,{"$f":"\"Year \"&ROWS(G$11:G24)&\" harvest\"","v":"Year 14 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2941.9543418052272},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2904.6214120476398},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H42),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2867.8729144732288},140301.24445663311]
[null,"Root remnant after 30 years",null,{"$f":"D42*D39","v":0.29385529886996797},{"$f":"'Sustained Program Calculations'!D45*('Calculation Single Use Results'!$J$36-'Calculation Single Use Results'!$M$36)/'Sustained Program Calculations'!$D$34","v":6244.3438914027138},{"$f":"IFERROR(D45*_xlfn.XLOOKUP($B$26,'CHARM results'!$C$4:$P$4,'CHARM results'!$C$5:$P$5)/$D$34,\"-\")","v":0.36755121951219505},0.81029810298102978,{"$f":"\"Year \"&ROWS(G$11:G32)&\" harvest\"","v":"Year 22 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3220.4553900239507},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3178.7619857516784},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3137.7206549157281},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3097.3216441184732},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3057.5552094165196},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3018.4116299655789},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H45),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2979.881220369025},149015.69312495922]
["Saved sustained program results (static): ",null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G48)&\" harvest\"","v":"Year 38 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3626.6309935878689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3578.6372979807475},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3531.3808120684307},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3484.8525940353984},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3439.0435069334872},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3393.9442506839441},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3349.5453913196543},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3305.8373876268843},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H52),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3262.8106154890884},170705.80085952015]
["Suggested default","Germany Average","Not within 150 years","Not within 150 years","Not within 150 years",null,null,{"$f":"\"Year \"&ROWS(G$11:G57)&\" harvest\"","v":"Year 47 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3775.1210711361518},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3724.8645921043499},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H61),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3675.3706105569945},201678.48370924566]
["CHP","CHP U.S. Avg.","Already better in year 0",119,"Not within 150 years",null,null,{"$f":"\"Year \"&ROWS(G$11:G60)&\" harvest\"","v":"Year 50 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4148.8611541612627},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4093.0762823874857},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4038.0977292142406},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3983.9210774895591},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3930.5411772975513},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3877.9522231057435},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H64),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3826.1478245104199},212853.83998304314]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G67)&\" harvest\"","v":"Year 57 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4321.0850418243208},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4262.8633462279104},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H71),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4205.4559448342989},240752.43745120941]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G70)&\" harvest\"","v":"Year 60 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4751.3117692477954},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4687.453058914014},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4624.3817172081799},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4562.1067734730277},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4500.6352503781054},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4439.9723454850046},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H74),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4380.1215979905446},{"$f":"SUM(I74:FB74)","v":253541.84178409594}]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G77)&\" harvest\"","v":"Year 67 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5358.7010295425353},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5288.6068119956726},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5219.0891685969218},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5150.1865673757766},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5081.9329048400286},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5014.3578974758875},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4947.4874411399887},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4881.3439409982348},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H81),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4815.9466144464714},285487.82429679262]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G86)&\" harvest\"","v":"Year 76 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5643.8892963575745},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5571.9806467433027},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5500.4398601784669},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H90),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5429.328355189622},331245.47667320416]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G90)&\" harvest\"","v":"Year 80 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6150.71701468434},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6078.6417741836176},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6006.2639034887106},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5933.7107025754703},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5861.0974165207244},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5788.5282450786235},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H94),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5716.0972684538519},353391.11483167316]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G97)&\" harvest\"","v":"Year 87 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6757.1986926807149},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6696.1980568292383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6632.9872994646757},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6567.8659185477718},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6501.1069586492085},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6432.9592232006617},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6363.6493012549581},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6293.3834245344333},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H101),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6222.3491690761002},394926.17115665844]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G106)&\" harvest\"","v":"Year 96 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6923.4958080637007},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6871.2246304176861},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H110),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6815.6608407967706},453393.86920089618]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G109)&\" harvest\"","v":"Year 99 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7155.2688190064091},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7140.7117551516767},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7118.8356671430556},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7090.3816554864097},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7056.0273539508689},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7016.3922563959695},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H113),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6972.0425950751433},474004.25048017438]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G116)&\" harvest\"","v":"Year 106 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7146.5369296220179},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7159.1087064471358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H120),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7161.6964751264713},523553.91058238392]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G119)&\" harvest\"","v":"Year 109 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6676.445694819573},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6794.7382840281916},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6893.2240212349407},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6973.7046132838241},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7037.8294015206775},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7087.1080896735511},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H123),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-7122.9224274253211},545021.25269357965]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G126)&\" harvest\"","v":"Year 116 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4327.7279828566607},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-4738.4037345618781},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5103.4723232952383},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5426.8945888378657},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5712.30332647264},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-5963.0291546750832},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6182.1246765033229},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6372.3869510292825},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H130),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-6536.3783248875079},593607.22522556561]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G135)&\" harvest\"","v":"Year 125 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2776.9397854543495},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3351.9046336048232},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H139),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-3867.1286465491503},643969.94628868508]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G138)&\" harvest\"","v":"Year 128 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":3451.4499944907184},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":2273.9393243940358},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":1206.0190852925589},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":238.9232016379101},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-635.55621179799709},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-1425.0598655408139},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H142),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":-2136.671608741759},653965.91935429338]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G145)&\" harvest\"","v":"Year 135 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":9447.8793529399845},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":7736.2231063859763},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":6172.7867611233378},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H149),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":4747.833116586502},650992.87543455872]
[null,null,null,null,null,null,null,{"$f":"\"Year \"&ROWS(G$11:G149)&\" harvest\"","v":"Year 139 harvest"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":0},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":521715.14889026276},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":22725.75282973385},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":20344.219813338572},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":17892.834459692011},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":15544.955103590979},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":13348.674640568952},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of emission/sink terms for each time treatment. Calculated as sum of linear, exponential and Monod terms. Linear regrowth terms treated as zero when Monod regrowth basis is chosen.\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H$10:$H153),_xlpm.linear_arr,--(IF($C$2=\"Linear\",$C$11:$C$22,_xlfn.VSTACK(INDEX($C$11:$C$22,_xlfn.SEQUENCE(8,1,1,1)),TRANSPOSE({\"\",\"\",\"\",\"\"})))<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_roots,IF(OR($C$2<>\"Monod\",_xlpm.year_index<1),0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots,_xlpm.monod_sink),_xlpm.sum_result)","v":11316.567360335761},622888.15309752279]
[]
[]
[]
[null,null,null,null,null,null,"",{"$f":"SUM(I179:FC179)","v":0},0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0]
[null,null,null,null,"Exponential terms",null,{"$f":"_xlfn.ANCHORARRAY(G178)","v":"Slash left in forest (including aboveground part of ancillary saplings)"},330441.13898106496,{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":19561.631241415555},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":18403.73403604739},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":17314.375385652103},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":16289.498338113484},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":15325.286081488497},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":14418.147729567503},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":13564.704948818948},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":12761.77937691538},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":12006.380785985466},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":11295.695946510234},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":10627.078150389962},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":9998.0373541647186},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":9406.230905679764},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":8849.4548196611449},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":8325.6355697090803},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":7832.8223661420225},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":7369.1798909327263},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":6932.9814626799243},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":6522.6026061605153},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":6136.5150025147432},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":5773.2807975335127},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":5431.547246851057},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":5110.041678100798},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":4807.5667512725977},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":4522.9959996200423},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":4255.2696345118266},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":4003.3905986031259},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":3766.4208526289194},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":3543.4778819902372},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":3333.7314101237175},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":3136.4003064140534},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2950.7496771340261},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2776.0881285786659},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2611.7651922004525},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2457.1689021567108},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2311.7235162473239},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2174.8873717554725},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2046.150868205885},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":1925.0345695282363},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":1811.0874185577911},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":1703.8850572237463},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":1603.0282461695185},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":1508.1413779191751},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":1418.8710780530064},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":1334.8848891825724},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":1255.8700328243572},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":1181.5322445608622},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":1111.594678151125},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":1045.7968745094552},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":983.89379171268547},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":925.6548924233856},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":870.86328533066069},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":819.31491741095533},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":770.81781400078125},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":725.19136385127229},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":682.26564650195996},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":641.88079946881669},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":603.8864228898891},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":568.14101941128979},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":534.51146722759836},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":502.87252431419995},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":473.10636200524561},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":445.1021261801713},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":418.75552442457251},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":393.9684376279908},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":370.64855457207705},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":348.7090281483234},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":328.06815192503973},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":308.64905585906087},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":290.37942001897295},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":273.1912052537063},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":257.02039980345893},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":241.80678090929652},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":227.49369053362429},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":214.02782435626364},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":201.35903326033321},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":189.44013656862174},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":178.22674633493889},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":167.67710203604446},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":157.75191504853504},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":148.41422233150556},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":139.62924877006199},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":131.36427766702781},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":123.58852890054358},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":116.27304429379308},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":109.39057976995552},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":102.9155038907484},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":96.823702400704278},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":91.092488421687179},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":85.700517963201321},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":80.627710433832362},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":75.855173857797482},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":71.365134518097236},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":67.140870764250124},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":63.166650738094631},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":59.427673785740225},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":55.910015337484047},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":52.600575050402632},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":49.487028020507459},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":46.557778882756296},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":43.801918627996066},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":41.209183976003352},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":38.769919153328772},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":36.475039933596648},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":34.315999806340415},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":32.284758148382416},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":30.373750279219927},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":28.575859288902215},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":26.884389533478188},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":25.293041699308777},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":23.795889343380296},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":22.387356822247195},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":21.06219852741237},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":19.81547934981295},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":18.642556300655293},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":17.539061220155769},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":16.50088450979014},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":15.524159827467196},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":14.60524968863094},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":13.740731919664643},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":12.927386913149666},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":12.162185637513822},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":11.442278356415979},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":10.76498401585568},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":10.127780259483767},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":9.5282940349294378},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":8.964292756160221},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":8.4336759889611503},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":7.9344676285702462},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":7.4648085403366133},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":7.0229496359950989},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":6.6072453597718104},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":6.2161475600615139},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":5.8481997238548553},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":5.50203155244236},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":5.1763538581950463},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":4.8699537634160865},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":4.5816901833832926},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":4.3104895767605491},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":4.0553419475519821},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":3.8152970837094808},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":3.5894610183856672},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":3.3769927006531844},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":3.1771008632916748},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2.9890410759775343},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2.812112972902082},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2.6456576444932183},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2.4890551835269905},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2.3417223764903681},{"$f":"_xlfn.LET(_xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$20<>\"\")*--($C$11:$C$20>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$20<>\"\"), _xlpm.monod_arr, --($E$11:$E$20<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$20),0), _xlpm.emission, $B$11:$B$20, _xlpm.lin_emission, IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$20)^(_xlpm.year_index-1)-(1-$D$11:$D$20)^_xlpm.year_index)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission),_xlpm.exp_emission)","v":2.2031105315975124}]
[null,null,null,null,null,null,"Roots left in forest  (including belowground part of ancillary saplings)",370881.08695347188,33771.988510808609,30696.753454994847,27901.545459046953,25360.865608952259,23051.536889932006,20952.492757200067,19044.584959203399,17310.4088602384,15734.144668971205,14301.413124490795,12999.144323409295,11815.458491402796,10739.557611546539,9761.6269208384874,8872.7453763262147,8064.8042740765031,7330.4332785996048,6662.9331879419778,6056.2148211053182,5504.7434703010504,5003.4884113129319,4547.8770113829769,4133.7530159760063,3757.3386338990831,3415.2000749027134,3104.2162253850174,2821.5501764470209,2564.6233445676817,2331.0919488179588,2118.8256300302464,1925.888016879619,1750.51906159337,1591.1189841487358,1446.2336784919801,1314.5414476488472,1194.8409467193283,1086.0402237682015,987.14675863845753,897.25840881782449,815.55517976345493,741.29174461048933,673.79064502667529,612.43611118860406,556.6684445032173,505.97891183167496,459.90510463879184,418.02672073254678,379.9617301131122,345.36288995486939,313.91457692981749,285.32990797564656,259.34812324307194,235.73220734871072,214.2667272336997,194.75586690420914,177.0216411260165,160.90227177783049,146.25071205184918,132.93330503876763,120.82856446035684,109.82606642701721,99.825442110495104,90.735462142568267,82.473204387240102,74.963297494557096,68.137233335472132,61.932742045527903,56.293223976281936,51.167233372523597,46.50800906520066,42.273047898859119,38.423717002247621,34.924901365076472,31.744683505996406,28.854052309609802,26.226638376420873,23.838473471487717,21.667771877379792,19.694731656861862,17.901354012349099,16.271279094264578,14.789636760482626,13.442910925430523,12.218816261391588,11.106186127233162,10.094870702204789,9.1756443955456213,8.3401216872564188,7.5806806323065326,6.890393330451726,6.2629627273834956,5.6926651706867402,5.1742981965802937,4.7031330711312869,4.2748716530074589,3.8856071842532636,3.531788651408704,3.2101883918604397,2.9178726499177885,2.6521748140158494,2.410671090905264,2.191158394920067,1.991634250620945,1.8102785254788361,1.6454368259574186,1.495605405527682,1.3594174469397187,1.2356305936137444,1.1231156164070935,1.0208461123711801,0.927889141526826,0.84339671624310419,0.76659806558269405,0.69679260404629606,0.63334354057438425,0.57567206950527205,0.52325209049725874,0.47560540924809064,0.43229737523089717,0.3929329166524273,0.35715293646304708,0.32463103654156317,0.29507054017167339,0.26820178564798158,0.24377966632289233,0.22158139465373008,0.20140446985295415,0.18306483060159193,0.16639517597428313,0.15124343925879022,0.13747140074759587,0.1249534268469616,0.11357532400114145,0.10323329697682412,9.3833002004890129E-2,8.5288686141898495E-2,7.7522405000237979E-2,7.0463311710797116E-2,6.4047010631800141E-2,5.8214969908111348E-2,5.2913987522153504E-2,4.8095705965562847E-2,4.3716171104236187E-2,3.9735431212575022E-2,3.6117172519170529E-2,3.2828387939243427E-2,2.9839075971891938E-2,2.7121967015382529E-2,2.465227460382572E-2,2.2407469295930661E-2]
[null,null,null,null,"Monod terms",null,"Growth, AGB + BGB",{"$f":"SUM(I198:FC198)","v":-3292604.5141866095},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:I$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-63367.429729951211},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:J$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-59273.181016076371},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:K$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-57177.87706242183},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:L$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-55487.429388432145},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:M$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-54000.93227152781},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:N$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-52645.105323105927},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:O$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-51384.339828031458},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:P$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-50198.31989877209},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:Q$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-49074.156174804913},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:R$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-48003.020100567628},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:S$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-46978.502321160406},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:T$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-45995.732348826918},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:U$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-45050.871004540619},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:V$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-44140.800472704563},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:W$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-43262.925935015577},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:X$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-42415.043537773527},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:Y$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-41595.249527301457},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:Z$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-40801.875885712303},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-40033.443570658164},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-39288.627774839479},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-38566.231593638651},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-37865.165702661427},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-37184.432415001793},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-36523.112986621687},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-35880.357369356527},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-35255.375835483574},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-34647.432052743556},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-34055.837297547914},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-33479.945571700344},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-32919.149444112969},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-32372.876480163253},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-31840.586151852109},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-31321.767144860307},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-30815.934995965952},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-30322.630007603402},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-29841.415396640834},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-29371.875642470572},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-28913.615005831249},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-28466.256194787049},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-28029.439158265232},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-27602.819990800708},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-27186.069934710322},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-26778.874468057867},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:AZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-26380.932468500807},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-25991.955444550396},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-25611.666826961402},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-25239.801313969354},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-24876.104264911261},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-24520.331137478679},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-24172.246964440103},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-23831.625866173683},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-23498.250595789155},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-23171.912113974173},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-22852.409191033737},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-22539.548033856983},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-22233.141935794531},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-21933.01094761525},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-21638.981567937943},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-21350.886451629747},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-21068.564134878834},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-20791.858775699471},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-20520.619908793466},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-20254.702213763674},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-19993.965295761751},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-19738.273477746225},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-19487.495603575095},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-19241.504851243659},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-19000.178555603507},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-18763.398039996428},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:BZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-18531.048456219643},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-18303.018632345294},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-18079.200927909144},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-17859.491096033726},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-17643.788152089277},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-17431.994248513314},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-17224.014555435417},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-17019.757146789747},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-16819.132891614092},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-16622.05535023256},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-16428.440675088241},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-16238.207515956128},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-16051.276929306207},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-15867.572291611923},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-15687.019216390176},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-15509.545474790186},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-15335.080919531298},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-15163.557412058928},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-14994.908752719006},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-14829.070613827829},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-14665.98047549074},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-14505.577564024879},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-14347.802792888389},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-14192.598705961072},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-14039.909423097924},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-13889.680587831088},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:CZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-13741.859317124852},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-13596.394153097919},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-13453.235016601833},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-13312.333162603598},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DD$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-13173.641137256811},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-13037.112736616404},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-12902.702966897643},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-12770.368006240486},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-12640.065167883276},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-12511.752864705468},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-12385.390575084948},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-12260.938809975998},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-12138.35908121767},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-12017.613870959021},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-11898.666602201716},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-11781.481610379697},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-11666.024115952408},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-11552.260197973272},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DR$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-11440.156768571269},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DS$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-11329.681548331482},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DT$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-11220.803042529287},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-11113.490518177736},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-11007.713981875499},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-10903.444158390696},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-10800.652469998173},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-10699.311016480278},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:DZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-10599.392555834356},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-10500.870485601507},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-10403.718824816371},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EC$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-10307.912196567338},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:ED$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-10213.425811119494},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EE$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-10120.235449588534},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EF$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-10028.317448151878},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EG$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9937.6486827690205},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EH$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9848.2065543877179},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EI$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9759.9689746398835},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EJ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9672.9143519744921},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EK$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9587.0215782447758},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EL$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9502.2700157125309},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EM$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9418.6394844637398},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EN$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9336.1102502176473},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EO$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9254.6630125097454},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EP$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9174.2788932506392},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EQ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9094.9394256311352},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:ER$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-9016.626543370312},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:ES$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-8939.3225702851887},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:ET$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-8863.0102101939538},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EU$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-8787.672537105369},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EV$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-8713.2929857166346},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EW$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-8639.8553421924116},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EX$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-8567.3437352180608},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EY$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-8495.7426273213623},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:EZ$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-8425.0368064466875},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:FA$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-8355.2113777844115},{"$f":"_xlfn.LET(_xlpm.comment, \"Extract monod terms only from the annual emission equation (see main table)\", _xlpm.year_index,COLUMNS($I$8:FB$8)+1-ROWS($H10:$H$10),_xlpm.linear_arr,--($C$11:$C$22<>\"\")*--($C$11:$C$22>=_xlpm.year_index),_xlpm.exp_arr,--($D$11:$D$22<>\"\"),_xlpm.monod_arr,--($E$11:$E$22<>\"\"),_xlpm.linear_recip,IFERROR(1/($C$11:$C$22),0),_xlpm.emission,$B$11:$B$22,_xlpm.lin_emission,IF(_xlpm.year_index<1,0,_xlpm.linear_arr*_xlpm.linear_recip*_xlpm.emission),_xlpm.exp_emission,IF(_xlpm.year_index<1,0,_xlpm.exp_arr*_xlpm.emission*((1-$D$11:$D$22)^(_xlpm.year_index-1)-(1-$D$11:$D$22)^_xlpm.year_index)),_xlpm.year_index_arr,_xlpm.year_index+$F$11:$F$22,_xlpm.monod_to_date,_xlpm.year_index_arr/(_xlpm.year_index_arr+$E$11:$E$22), _xlpm.monod_last_year, IF(_xlpm.monod_arr=0,0,(_xlpm.year_index_arr-1)/((_xlpm.year_index_arr-1)+$E$11:$E$22)),_xlpm.monod_sink,IF(_xlpm.year_index<1,0,IF(_xlpm.monod_arr=1,_xlpm.emission*(_xlpm.monod_to_date-_xlpm.monod_last_year),0)),_xlpm.monod_correct,IF(_xlpm.year_index<1,0,IF($C$2=\"Monod\",SUM(_xlpm.monod_sink)-SUMPRODUCT(_xlpm.lin_emission,--(ISNUMBER(FIND(\"regrowth\",$A$11:$A$22)))),0)),_xlpm.monod_roots,IF(_xlpm.year_index<1,0,Harvested_area*(0.489*SIGN(_xlpm.emission)*(_xlpm.monod_to_date*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89-0.489*SIGN(_xlpm.emission)*(_xlpm.monod_last_year*_xlpm.monod_arr*ABS(_xlpm.emission)/Harvested_area)^0.89)),_xlpm.sum_result,SUM(_xlpm.lin_emission,_xlpm.exp_emission,_xlpm.monod_roots)+_xlpm.monod_correct,_xlpm.final_result,IF($C$2<>\"Monod\",TRANSPOSE({0,0}),_xlfn._xlws.FILTER(_xlpm.monod_sink+_xlpm.monod_roots,_xlpm.monod_sink<>0)),_xlpm.final_result)","v":-8286.25175583077},null,{"$f":"SUM(I198:FC199)","v":-1230848.5713731677}]
[null,null,null,null,null,null,"Scaled Monod carbon development, counterfactual",{"$f":"H216","v":"Global"},{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of Monod AGB growth and derived root BGB growth\", _xlpm.AGB_max, $B$22, _xlpm.age_50, $E$22, _xlpm.year,I$211, _xlpm.monod_growth, _xlpm.year/(_xlpm.year+_xlpm.age_50), _xlpm.scaled_growth, _xlpm.AGB_max * _xlpm.monod_growth, _xlpm.result, _xlpm.scaled_growth+Harvested_area*0.489*(_xlpm.scaled_growth/Harvested_area)^0.89, _xlpm.result)","v":63367.429729951211},122640.61074602758,179818.48780844943,235305.91719688155,289306.84946840932,341951.95479151525,393336.29461954674,443534.61451831885,492608.77069312375,540611.7907936913,587590.29311485181,633586.02546367864,678636.89646821935,722777.69694092381,766040.62287593936,808455.66641371301,850050.91594101442,890852.79182672675,930886.23539738485,970174.86317222437,1008741.094765863,1046606.2604685244,1083790.6928835264,1120313.8058701479,1156194.1632395044,1191449.5390749881,1226096.9711277315,1260152.8084252796,1293632.7539969799,1326551.9034410927,1358924.779921256,1390765.3660731083,{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of Monod AGB growth and derived root BGB growth\", _xlpm.AGB_max, $B$22, _xlpm.age_50, $E$22, _xlpm.year,AO$211, _xlpm.monod_growth, _xlpm.year/(_xlpm.year+_xlpm.age_50), _xlpm.scaled_growth, _xlpm.AGB_max * _xlpm.monod_growth, _xlpm.result, _xlpm.scaled_growth+Harvested_area*0.489*(_xlpm.scaled_growth/Harvested_area)^0.89, _xlpm.result)","v":1422087.1332179685},1452903.0682139345,1483225.6982215378,1513067.1136181785,1542438.9892606493,1571352.6042664805,1599818.8604612674,1627848.2996195327,1655451.1196103333,1682637.1895450437,1709416.0640131016,1735796.9964816025,1761788.9519261527,1787400.6187531145,1812640.4200670836,1837516.5243319948,1862036.8554694734,1886209.1024339139,1910040.7283000874,1933538.9788958763,1956710.8910098507,1979563.3002008845,2002102.8482347415,2024335.9901705359,2046269.0011181512,2067907.9826860891,2089258.8691377188,2110327.4332725974,2131119.2920482969,2151639.9119570907,2171894.6141708544,2191888.5794666163,{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of Monod AGB growth and derived root BGB growth\", _xlpm.AGB_max, $B$22, _xlpm.age_50, $E$22, _xlpm.year,BU$211, _xlpm.monod_growth, _xlpm.year/(_xlpm.year+_xlpm.age_50), _xlpm.scaled_growth, _xlpm.AGB_max * _xlpm.monod_growth, _xlpm.result, _xlpm.scaled_growth+Harvested_area*0.489*(_xlpm.scaled_growth/Harvested_area)^0.89, _xlpm.result)","v":2211626.852944362},2231114.3485479373,2250355.8533991808,2269356.0319547844,2288119.429994781,2306650.4784510005,2324953.4970833459,2343032.6980112549,2360892.1891072886,2378535.9772593779,2395967.9715078915,2413191.9860633267,2430211.7432101164,2447030.8761017309,2463652.9314519633,2480081.3721270515,2496319.5796430074,2512370.8565723137,2528238.4288639259,2543925.4480803162,2559434.9935551062,2574770.0744746374,2589933.631886696,2604928.5406394154,2619757.6112532429,2634423.5917287339,2648929.1692927587,2663276.9720856473,2677469.5707916082,2691509.4802147062,2705399.1608025371,2719141.0201196619,{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of Monod AGB growth and derived root BGB growth\", _xlpm.AGB_max, $B$22, _xlpm.age_50, $E$22, _xlpm.year,DA$211, _xlpm.monod_growth, _xlpm.year/(_xlpm.year+_xlpm.age_50), _xlpm.scaled_growth, _xlpm.AGB_max * _xlpm.monod_growth, _xlpm.result, _xlpm.scaled_growth+Harvested_area*0.489*(_xlpm.scaled_growth/Harvested_area)^0.89, _xlpm.result)","v":2732737.41427276},2746190.6492893621,2759502.9824519656,2772676.6235892223,2785713.7363258386,2798616.4392927364,2811386.8072989769,2824026.8724668603,2836538.6253315657,2848924.0159066506,2861184.9547166266,2873323.3137978441,2885340.9276688034,2897239.5942710047,2909021.0758813843,2920687.099997337,2932239.3601953103,2943679.5169638814,2955009.1985122128,2966230.0015547425,2977343.4920729203,2988351.2060547955,2999254.6502131857,3010055.3026831844,3020754.6136996644,3031354.0062554991,3041854.8767411001,3052258.595565917,3062566.5077624843,3072779.9335736036,3082900.1690231925,3092928.4864713438,{"$f":"_xlfn.LET(_xlpm.comment, \"Sum of Monod AGB growth and derived root BGB growth\", _xlpm.AGB_max, $B$22, _xlpm.age_50, $E$22, _xlpm.year,EG$211, _xlpm.monod_growth, _xlpm.year/(_xlpm.year+_xlpm.age_50), _xlpm.scaled_growth, _xlpm.AGB_max * _xlpm.monod_growth, _xlpm.result, _xlpm.scaled_growth+Harvested_area*0.489*(_xlpm.scaled_growth/Harvested_area)^0.89, _xlpm.result)","v":3102866.1351541132},3112714.3417085009,3122474.310683141,3132147.2250351151,3141734.24661336,3151236.5166290724,3160655.1561135361,3169991.2663637539,3179245.9293762632,3188420.2082695141,3197515.1476951456,3206531.7742385156,3215471.0968088009,3224334.1070189951,3233121.7795561003,3241835.0725418171,3250474.9278840097,3259042.2716192277,3267538.0142465485,3275963.051052995,3284318.2624307801,3292604.5141866105]
[null,null,null,null,null,null,null,null,{"$f":"I207","v":63367.429729951211},{"$f":"J207-I207","v":59273.181016076371},57177.877062421845,55487.429388432123,54000.932271527767,52645.105323105934,51384.339828031487,50198.319898772112,49074.156174804899,48003.020100567548,46978.502321160515,45995.73234882683,45050.871004540706,44140.800472704461,43262.925935015548,42415.043537773658,41595.249527301406,40801.875885712332,40033.443570658099,39288.627774839522,38566.231593638659,37865.165702661383,37184.432415002026,36523.112986621447,35880.357369356556,35255.375835483661,34647.432052743388,34055.837297548074,33479.945571700344,32919.149444112787,32372.876480163308,31840.586151852272,31321.767144860234,{"$f":"AP207-AO207","v":30815.934995966032},30322.630007603206,29841.415396640776,29371.875642470783,28913.615005831234,28466.256194786867,28029.439158265246,27602.819990800694,27186.069934710395,26778.874468057882,26380.93246850092,25991.955444550142,25611.666826961795,25239.801313969074,24876.104264911264,24520.331137478584,24172.246964440448,23831.625866173534,23498.250595788937,23171.912113974337,22852.409191033803,22539.54803385702,22233.141935794381,21933.010947615374,21638.981567937881,21350.886451629689,21068.564134878572,20791.858775699511,20520.619908793829,20254.702213763725,19993.965295761824,19738.273477745708,{"$f":"BV207-BU207","v":19487.495603575371},19241.504851243459,19000.178555603605,18763.398039996624,18531.048456219491,18303.018632345367,18079.200927908998,17859.491096033715,17643.788152089342,17431.994248513598,17224.014555435162,17019.757146789692,16819.132891614456,16622.055350232404,16428.440675088204,16238.207515955903,16051.276929306332,15867.572291612159,15687.019216390327,15509.545474790037,15335.080919531174,15163.557412058581,14994.908752719406,14829.070613827556,14665.980475490913,14505.577564024832,14347.8027928886,14192.598705960903,14039.909423097968,13889.680587830953,13741.859317124821,13596.39415309811,{"$f":"DB207-DA207","v":13453.235016602091},13312.333162603434,13173.641137256753,13037.112736616284,12902.702966897748,12770.368006240577,12640.065167883411,12511.752864705399,12385.390575084835,12260.938809975982,12138.359081217553,12017.613870959263,11898.666602201294,11781.481610379647,11666.024115952663,11552.260197973344,11440.15676857112,11329.681548331399,11220.803042529617,11113.490518177859,11007.713981875218,10903.444158390164,10800.652469998691,10699.311016479973,10599.392555834725,10500.870485601015,10403.718824816868,10307.912196567282,10213.425811119378,10120.235449588858,10028.317448151298,9937.648682769388,{"$f":"EH207-EG207","v":9848.2065543876961},9759.9689746401273,9672.9143519741483,9587.0215782448649,9502.2700157123618,9418.6394844637252,9336.1102502178401,9254.6630125092342,9174.278893250972,9094.9394256314263,9016.6265433700755,8939.3225702852942,8863.0102101941593,8787.672537105158,8713.2929857168347,8639.8553421925753,8567.3437352180481,8495.7426273208112,8425.0368064465001,8355.2113777850755,8286.2517558303662]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"15/49.5","v":0.30303030303030304}]

{"sheet":"Background assumptions","index":6,"n_rows":20,"n_cols":7,"rows_kept":20,"cut":false,"hidden":false,"merged":[[3,3,3,5]]}
[]
[]
[]
[null,"Forest Research pellet characterisation:",null,"Carbon emissions of different fuels - Forest Research"]
[null,"LHV",17,"MJ/kg","HHV",{"$f":"C5+2.442*(0.1+9*0.06)","v":18.56288},"MJ/kg"]
[null,"C content",{"$f":"0.5*(1-C7)","v":0.45},null,null,{"$f":"HHV_pellets/3.6","v":5.1563555555555558},"kWh/kg"]
[null,"Moisture content",0.1]
[null,"Implied biogenic CO2 emission (HHV basis)",{"$f":"0.45*3.664*1/F5*1000","v":88.82242410660416},"g/MJ"]
[null,"Implied biogenic CO2 emission",{"$f":"C8/1000*3.6","v":0.31976072678377498},"kg/kWh"]
[null,"Implied C emission",{"$f":"C9*12/44","v":8.7207470941029541E-2},"kg/kWh"]
[]
[null,"CO2:C mass ratio",3.6640000000000001]
[]
[]
[null,"30 year remnant forest carbon fraction:"]
[null,"Slash",{"$f":"(1-Slash_decay)^30","v":0.16033429256010698},"CHARM"]
[null,"Roots",{"$f":"(1-Root_decay)^30","v":5.7026195430075088E-2},"CHARM"]
[]
[]
[null,"CHP heat temperature (for CI allocation)",100,"Degree C"]

{"sheet":"Fajardy 2021 cost data","index":7,"n_rows":72,"n_cols":25,"rows_kept":69,"cut":true,"hidden":false,"merged":[[59,14,59,16]],"bounds":{"rows_first":31,"rows_last":7,"rows_between":31,"halvings":6}}
[null,null,"Tables from Fajardy et al. 2021 :",null,null,null,null,null,null,null,null,null,null,"Data revision for model (including recalculation of capital cost): ",null,null,null,null,null,null,null,null,null,null,"Capital equations:"]
[null,null,"(The economics of bioenergy with carbon capture and storage (BECCS) deployment in a 1.5 °C or 2 °C world; https://www.sciencedirect.com/science/article/abs/pii/S0959378021000418)"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Gas",null,null,null,"Bioenergy"]
[null,null,null,"Units","Coal","Gas","Biomass","Wind","Solar","Nuclear",null,null,null,null,null,"No CCS","CCS","Difference","Non-efficiency difference","No CCS","CCS","Difference","Non-efficiency difference"]
[null,null,"“Overnight” Capital Cost","$/kW",2148,1031,4181,1845,1581,4286,null,null,null,"“Overnight” Capital Cost",{"$f":"D5","v":"$/kW"},{"$f":"F5","v":1031},null,null,null,{"$f":"G5","v":4181},{"$f":"G25","v":8867},{"$f":"U5-T5","v":4686}]
[null,null,"Scaled Overnight Capital Cost","$/kW",2365,1135,4602,2031,1740,4718,null,null,null,"Scaled Overnight Capital Cost","$/kW",1135,null,null,null,4602,9762,5160]
[null,null,"Total Capital Requirement","$/kW",2743,1226,5339,2194,1879,6133,null,null,null,"Total Capital Requirement","$/kW",1226,{"$f":"F27","v":2236},{"$f":"Q7-P7","v":1010},{"$f":"Q7-P7*$P$15/$Q$15","v":792.04444444444448},5339,11714,6375,{"$f":"U7-T7*$P$15/$Q$15","v":5425.8444444444449}]
[null,null,"Capital Recovery Charge Rate","%",10.6,10.6,10.6,10.6,10.6,10.6,null,null,null,"Capital Recovery Charge Rate","%",10.6,10.6,null,null,10.6,10.6]
[null,null,"Fixed O&M","$/kW/year",39,30,109,50,26,71,null,null,null,"Fixed O&M","$/kW/year",30,59,29,{"$f":"Q9-P9*$P$15/$Q$15","v":23.666666666666664},109,169,60,{"$f":"U9-T9*$P$15/$Q$15","v":40.622222222222234}]
[null,null,"Variable O&M","$/kWh",3.5000000000000001E-3,2.8E-3,5.4000000000000003E-3,1.47E-2,1.6799999999999999E-2,3.5000000000000001E-3,null,null,null,"Variable O&M","$/kWh",2.8E-3,6.4999999999999997E-3,3.6999999999999997E-3,3.2022222222222218E-3,5.4000000000000003E-3,8.6999999999999994E-3,3.2999999999999991E-3,2.3399999999999992E-3]
[null,null,"Project Life","years",20,20,20,20,20,20,null,null,null,"Project Life","years",20,20,null,null,20,20]
[null,null,"Capacity Factor","%",85,85,80,35,20,85,null,null,null,"Capacity Factor","%",85,85,null,null,80,80,null,null,null,"In Eq. (1), TCR is total capital requirement (overnight capital costs + construction schedule cost), CRC is capital recovery charge, calculated from"]
[null,null,"Capital Recovery Required","$/kWh",3.8899999999999997E-2,1.7399999999999999E-2,8.0500000000000002E-2,7.5600000000000001E-2,0.1133,8.6999999999999994E-2,null,null,null,"Capital Recovery Required","$/kWh",1.7399999999999999E-2,{"$f":"F35","v":3.32E-2},1.5800000000000002E-2,1.2706666666666668E-2,8.0500000000000002E-2,{"$f":"G35","v":0.17660000000000001},9.6100000000000005E-2,8.1788888888888897E-2,null,"Eq. (2); r is the discount rate, n is the project life (20 years); OH is operating hours (capacity factor × hours in year); FOM is the cost of the inputs that\ndo not depend on the level of production (fixed operation and maintenance or O&M); VOM is variable O&M per kWh; FC is fuel cost in $/BTU\nmultiplied by the heat Rate (BTU/kWh); CTS is the cost of transportation and storage of captured CO2 per kWh (for CCS technologies)."]
[null,null,"Fixed O&M Recovery Required","$/kWh",5.1999999999999998E-3,4.1000000000000003E-3,1.55E-2,1.6500000000000001E-2,1.46E-2,9.4999999999999998E-3,null,null,null,"Fixed O&M Recovery Required","$/kWh",4.1000000000000003E-3,{"$f":"F36","v":7.9000000000000008E-3},3.8000000000000004E-3,3.0711111111111113E-3,1.55E-2,{"$f":"G36","v":2.4199999999999999E-2},8.6999999999999994E-3,5.9444444444444432E-3]
[null,null,"Efficiency (HHV)","%",42,53,30,null,null,33,null,null,null,"Efficiency (HHV)","%",53,{"$f":"F37","v":45},null,null,30,{"$f":"G37","v":21}]
[null,null,"Fuel cost","$/GJ",2.08,4.16,3.14,0,0,9.5999999999999992E-3,null,null,null,"Fuel price [HHV]","$/GJ",4.16,{"$f":"F38","v":4.16},null,null,3.14,{"$f":"G38","v":3.14}]
[null,null,"Levelised Cost of Electricity","$/kWh",6.5600000000000006E-2,5.2299999999999999E-2,0.1391,0.10680000000000001,0.1447,0.10970000000000001,null,null,null,"Fuel price [HHV]","$/MWh gas",{"$f":"P16*3.6","v":14.976000000000001},14.976000000000001,null,null,11.304,11.304]
[null,null,"Transmission and Distribution (T&D)","$/kWh",0.03,0.03,0.03,0.03,0.03,0.03,null,null,null,"Levelised Cost of Electricity",{"$f":"D17","v":"$/kWh"},{"$f":"F17","v":5.2299999999999999E-2},{"$f":"F39","v":8.4500000000000006E-2},3.2200000000000006E-2,2.2902222222222227E-2,{"$f":"G17","v":0.1391},{"$f":"G39","v":0.27829999999999999},0.13919999999999999,0.11447111111111111]
[null,null,"Levelised Cost of Electricity incl. T&D","$/kWh",9.5600000000000004E-2,8.2299999999999998E-2,0.1691,0.1368,0.17469999999999999,0.13969999999999999,null,null,null,"Transmission and Distribution (T&D)",{"$f":"D18","v":"$/kWh"},{"$f":"F18","v":0.03},{"$f":"F40","v":0.03},null,null,{"$f":"G18","v":0.03},{"$f":"G40","v":0.03},0]
[null,null,"EPPA Base Year Electricity Price","$/kWh",0.09,0.09,0.09,0.09,0.09,0.09,null,null,null,"Levelised Cost of Electricity incl. T&D",{"$f":"D19","v":"$/kWh"},{"$f":"F19","v":8.2299999999999998E-2},{"$f":"F41","v":0.11},2.7700000000000002E-2,null,{"$f":"G19","v":0.1691},{"$f":"G41","v":0.31},0.1409]
[null,null,"Markup Over Base Electricity Price",null,1.03,0.89,1.83,1.48,1.89,1.51,null,null,null,"EPPA Base Year Electricity Price",{"$f":"D20","v":"$/kWh"},{"$f":"F20","v":0.09},{"$f":"F42","v":0.09},0,null,{"$f":"G20","v":0.09},{"$f":"G42","v":0.09},0]
[null,null,null,null,null,null,null,null,null,null,null,null,null,{"$f":"C48","v":"CO2 T&S cost"},{"$f":"O21","v":"$/kWh"},null,{"$f":"F48","v":3.5999999999999999E-3},null,null,null,{"$f":"G48","v":1.43E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Calc LCOE",{"$f":"O21& \" input fuel\"","v":"$/kWh input fuel"},{"$f":"SUM(P24:P29)","v":2.9259711498056201E-2},{"$f":"SUM(Q24:Q29)","v":3.9600478287757521E-2},{"$f":"SUM(R24:R29)","v":1.0340766789701323E-2},null,{"$f":"SUM(T24:T29)","v":4.5521160412452119E-2},{"$f":"SUM(U24:U29)","v":6.4097036967393897E-2},{"$f":"U23-T23","v":1.8575876554941778E-2}]
[null,null,"Parameter","Units","Coal with CCS","Gas with CCS","BECCS","Coal þ Bio CCS","Gas with Advan-ced CCS","Wind Gas","Wind Bio",null,null,"Capital",{"$f":"$O$22& \" input fuel\"","v":"$/kWh input fuel"},{"$f":"_xlfn.LET(_xlpm.OH,P12/100*CONVERT(1,\"yr\",\"hr\"),_xlpm.CRC,(P8/100)/(1-(1+P8/100)^-20),(P7*_xlpm.CRC)/_xlpm.OH)*(P$15/100)","v":1.0665798384556179E-2},{"$f":"_xlfn.LET(_xlpm.OH,Q12/100*CONVERT(1,\"yr\",\"hr\"),_xlpm.CRC,(Q8/100)/(1-(1+Q8/100)^-20),(Q7*_xlpm.CRC)/_xlpm.OH)*(Q$15/100)","v":1.6516246013328243E-2},{"$f":"Q24-P24","v":5.8504476287720639E-3},{"$f":"_xlfn.LET(_xlpm.OH,P12/100*CONVERT(1,\"yr\",\"hr\"),_xlpm.CRC,(P8/100)/(1-(1+P8/100)^-20),(S7*_xlpm.CRC)/_xlpm.OH)*(P$15/100)","v":6.8905272072204331E-3},{"$f":"_xlfn.LET(_xlpm.OH,T12/100*CONVERT(1,\"yr\",\"hr\"),_xlpm.CRC,(T8/100)/(1-(1+T8/100)^-20),(T7*_xlpm.CRC)/_xlpm.OH)*(T$15/100)","v":2.7934258290617752E-2},{"$f":"_xlfn.LET(_xlpm.OH,U12/100*CONVERT(1,\"yr\",\"hr\"),_xlpm.CRC,(U8/100)/(1-(1+U8/100)^-20),(U7*_xlpm.CRC)/_xlpm.OH)*(U$15/100)","v":4.2902290903054405E-2},{"$f":"U24-T24","v":1.4968032612436653E-2},{"$f":"_xlfn.LET(_xlpm.OH,T12/100*CONVERT(1,\"yr\",\"hr\"),_xlpm.CRC,(T8/100)/(1-(1+T8/100)^-20),(W7*_xlpm.CRC)/_xlpm.OH)*(T$15/100)","v":2.8388638350969195E-2}]
[null,null,"“Overnight” Capital Cost","$/kW",4100,null,8867,null,null,2536,6026,null,null,"FOM",{"$f":"$O$22& \" input fuel\"","v":"$/kWh input fuel"},{"$f":"_xlfn.LET(_xlpm.OH,P12/100*CONVERT(1,\"yr\",\"hr\"),P9/_xlpm.OH)*(P$15/100)","v":2.13391311350002E-3},{"$f":"_xlfn.LET(_xlpm.OH,Q12/100*CONVERT(1,\"yr\",\"hr\"),Q9/_xlpm.OH)*(Q$15/100)","v":3.5632322744292792E-3},{"$f":"Q25-P25","v":1.4293191609292591E-3},{"$f":"_xlfn.LET(_xlpm.OH,P12/100*CONVERT(1,\"yr\",\"hr\"),S9/_xlpm.OH)*(P$15/100)","v":1.6834203450944603E-3},{"$f":"_xlfn.LET(_xlpm.OH,T12/100*CONVERT(1,\"yr\",\"hr\"),T9/_xlpm.OH)*(T$15/100)","v":4.6629021218343603E-3},{"$f":"_xlfn.LET(_xlpm.OH,U12/100*CONVERT(1,\"yr\",\"hr\"),U9/_xlpm.OH)*(U$15/100)","v":5.0607460643394926E-3},3.9784394250513225E-4,{"$f":"_xlfn.LET(_xlpm.OH,T12/100*CONVERT(1,\"yr\",\"hr\"),W9/_xlpm.OH)*(T$15/100)","v":1.7377747357213479E-3}]
[null,null,"Scaled Overnight Capital Cost","$/kW",4514,null,9762,null,null,2792,6634,null,null,"VOM",{"$f":"$O$22& \" input fuel\"","v":"$/kWh input fuel"},{"$f":"+P10*(P$15/100)","v":1.4840000000000001E-3},{"$f":"+Q10*(Q$15/100)","v":2.9250000000000001E-3},{"$f":"Q26-P26","v":1.441E-3},{"$f":"+S10*(P$15/100)","v":1.6971777777777775E-3},{"$f":"+T10*(T$15/100)","v":1.6200000000000001E-3},{"$f":"+U10*(U$15/100)","v":1.8269999999999998E-3},{"$f":"U26-T26","v":2.0699999999999972E-4},{"$f":"+W10*(T$15/100)","v":7.0199999999999972E-4}]
[null,null,"Total Capital Requirement","$/kW",5417,2236,11714,563,1431,3015,7165,null,null,"Fuel cost",{"$f":"$O$22& \" input fuel\"","v":"$/kWh input fuel"},{"$f":"P16/1000*3.6/(P15/100)*(P$15/100)","v":1.4976000000000001E-2},{"$f":"Q16/1000*3.6/(Q15/100)*(Q$15/100)","v":1.4976000000000001E-2},{"$f":"Q27-P27","v":0},null,{"$f":"T16/1000*3.6/(T15/100)*(T$15/100)","v":1.1304E-2},{"$f":"U16/1000*3.6/(U15/100)*(U$15/100)","v":1.1304E-2},0]
[null,null,"Capital Recovery Charge Rate","%",10.6,10.6,10.6,10.6,10.6,10.6,10.6,null,null,"Transport",{"$f":"$O$22& \" input fuel\"","v":"$/kWh input fuel"},{"$f":"P22*(P$15/100)","v":0},{"$f":"Q22*(Q$15/100)","v":1.6199999999999999E-3},{"$f":"Q28-P28","v":1.6199999999999999E-3},{"$f":"R28","v":1.6199999999999999E-3},{"$f":"T22*(T$15/100)","v":0},{"$f":"U22*(U$15/100)","v":3.003E-3},3.003E-3,{"$f":"V28","v":3.003E-3}]
[null,null,"Fixed O&M","$/kW/year",62,59,169,78,35,58,159]
[null,null,"Variable O&M","$/kWh",5.7000000000000002E-3,6.4999999999999997E-3,8.6999999999999994E-3,5.7000000000000002E-3,2.8E-3,1.41E-2,1.32E-2,null,null,"Capital charge rate",null,{"$f":"(P8/100)/(1-(1+P8/100)^-20)","v":0.12230590406470887},{"$f":"(Q8/100)/(1-(1+Q8/100)^-20)","v":0.12230590406470887},null,null,{"$f":"(T8/100)/(1-(1+T8/100)^-20)","v":0.12230590406470887},{"$f":"(U8/100)/(1-(1+U8/100)^-20)","v":0.12230590406470887}]
[null,null,"Project Life","years",20,20,20,20,20,20,20,null,null,"Capture carbon intensity","tCO2/kWh",null,{"$f":"F45*3.6*3.664/1000000*(F46/100)","v":1.62637632E-4},null,null,null,{"$f":"G45*3.6*3.664/1000000*(G46/100)","v":2.9648721600000007E-4}]
[null,null,"Capacity Factor","%",85,85,80,85,85,42,42,null,null,{"$f":"N24","v":"Capital"},"$ / tCO2 captured",null,null,null,{"$f":"S24/$Q$31","v":42.367360631642946},null,{"$f":"U24/U$31","v":144.70199249013959},{"$f":"V24/$Q$31","v":92.03302106880561},174.55147373868056]
[null,null,"(Capacity Factor Wind)","%",null,null,null,null,null,35,35,null,null,{"$f":"N25","v":"FOM"},"$ / tCO2 captured",null,null,null,{"$f":"S25/$Q$31","v":10.350743086904144},null,{"$f":"U25/U$31","v":17.069019476170237},2.4461985680234957,10.684948583863713]
[null,null,"(Capacity Factor Biomass/NGCC)","%",null,null,null,null,null,7,7,null,null,{"$f":"N26","v":"VOM"},"$ / tCO2 captured",null,null,null,{"$f":"S26/$Q$31","v":10.435332566682829},null,{"$f":"U26/U$31","v":6.1621543911694303},1.2727681622909985,4.3163442025520862]
[null,null,"Capital Recovery Required","$/kWh",7.6899999999999996E-2,3.32E-2,0.17660000000000001,7.9899999999999999E-2,2.0299999999999999E-2,8.6599999999999996E-2,0.20580000000000001]
[null,null,"Fixed O&M Recovery Required","$/kWh",8.3999999999999995E-3,7.9000000000000008E-3,2.4199999999999999E-2,1.04E-2,4.7999999999999996E-3,1.5699999999999999E-2,4.3299999999999998E-2,null,null,{"$f":"N28","v":"Transport"},"$ / tCO2 captured",null,null,null,{"$f":"F47","v":10},null,{"$f":"G47","v":10},null,10]
[null,null,"Efficiency (Higher Heating Value)","%",33,45,21,32,53,40,30,null,null,"Total CCS non-efficiency increment","$ / tCO2 captured",null,null,null,{"$f":"SUM(S32:S36)","v":73.15343628522993},null,null,null,{"$f":"SUM(W32:W36)","v":199.55276652509633}]
[null,null,"Fuel cost","$/GJ",2.08,4.16,3.14,2.08,4.16,4.16,3.14]
[null,null,"Levelised Cost of Electricity","$/kWh",0.123,8.4500000000000006E-2,0.27829999999999999,0.1298,5.9400000000000001E-2,0.11940000000000001,0.26550000000000001,null,null,"Summary values"]
[null,null,"Transmission and Distribution (T&D)","$/kWh",0.03,0.03,0.03,0.03,0.03,0.03,0.03,null,null,null,null,"Gas",null,"Bioenergy"]
[null,null,"Levelised Cost of Electricity incl. T&D","$/kWh",0.15,0.11,0.31,0.16,0.09,0.16,0.31,null,null,"All values per kWh input fuel without CCS",null,"No-CCS cost",null,"No-CCS cost"]
[null,null,"Markup Over Base Electricity Price",null,1.66,1.24,3.34,1.73,0.97,1.73,3.31,null,null,"Capital","$/kWh input fuel",1.0665798384556179E-2,null,2.7934258290617752E-2]
[null,null,"For CCS",null,null,null,null,null,null,null,null,null,null,"FOM","$/kWh input fuel",2.13391311350002E-3,null,4.6629021218343603E-3]
[null,null,"Carbon content","kgC/GJ",24.686,13.7,24.975000000000001,24.686,13.7,null,null,null,null,"VOM","$/kWh input fuel",1.4840000000000001E-3,null,1.6200000000000001E-3]
[null,null,"Capture efficiency","%",95,90,90,95,100,null,null,null,null,"Fuel cost [at Fajardy fuel price]","$/kWh input fuel",1.4976000000000001E-2,null,1.1304E-2]
[null,null,"Cost of CO2 Transport & Storage (T&S)","$/tCO2",10,10,10,10,10,null,null,null,null,"Transport","$/kWh input fuel",0,null,0]
[null,null,"CO2 T&S cost","$/kWh",9.4000000000000004E-3,3.5999999999999999E-3,1.43E-2,9.5999999999999992E-3,3.3999999999999998E-3]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Decomposition into non-fuel and fuel costs"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"No-CCS cost",null,"No-CCS cost"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Non fuel cost ($/kWh input fuel)",null,{"$f":"SUM(P47,P43:P45)","v":1.4283711498056198E-2},null,{"$f":"SUM(R47,R43:R45)","v":3.4217160412452118E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Fuel cost ($/kWh input fuel)",null,{"$f":"P53*'Calculation Single Use Results'!$D$32","v":3.9130434782608699E-2},null,{"$f":"R53*'Calculation Single Use Results'!$D$33","v":4.0435535865124377E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"T&D cost ($/kWh electricity)",null,{"$f":"P19","v":0.03},null,{"$f":"P55","v":0.03}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Total cost ($/kWh input fuel)",null,{"$f":"SUM(P54,P52)","v":5.3414146280664897E-2},null,{"$f":"SUM(R54,R52)","v":7.4652696277576494E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Total cost ($/kWh output, Fajardy efficiencies)",null,{"$f":"P56/P15*100+P55","v":0.13078140807672622},null,{"$f":"R56/T15*100+R55","v":0.27884232092525496}]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"CHP cost multiplier: ","increase assumed non-fuel costs by X% * ((sum(efficiency)-Baseline_%)/(Benchmark_%-Baseline_%))^Z"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NG","Biomass"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"X",1.3,1.3]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Z",2,2]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Benchmark_%",0.85,0.7]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,"Example:"]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Electricity",null,0.35,0.35,0.35,0.35,0.35,0.35,0.35]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Heat",null,0,0.1,0.2,0.3,0.4,0.5,0.6]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,"Multiplier","NG",{"$f":"$P$62*MAX(0,((SUM(P68:P69)-$P$64)/($P$65-$P$64)))^$P$63","v":0},{"$f":"$P$62*MAX(0,((SUM(Q68:Q69)-$P$64)/($P$65-$P$64)))^$P$63","v":0},2.6530612244898007E-2,0.23877551020408136,0.66326530612244905,1.3,2.1489795918367345]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Biomass",{"$f":"$Q$62*MAX(0,((SUM(P68:P69)-$Q$64)/($Q$65-$Q$64)))^$Q$63","v":2.0312499999999997E-2},{"$f":"$Q$62*MAX(0,((SUM(Q68:Q69)-$Q$64)/($Q$65-$Q$64)))^$Q$63","v":0.18281249999999993},0.50781250000000033,0.99531249999999971,1.6453125000000006,2.4578125000000011,3.4328125000000003]

{"sheet":"Free calculation sheet","index":8,"n_rows":2,"n_cols":2,"rows_kept":2,"cut":false,"hidden":false,"merged":[]}
[]
[null,"An unprotected sheet for the user to add their own calculations"]

{"sheet":"Chart selection","index":9,"n_rows":12,"n_cols":6,"rows_kept":12,"cut":false,"hidden":true,"merged":[]}
[]
[]
[null,"Grid of CI results: ","CHP U.S. Avg.","CHP","Suggested default",{"$f":"MATCH('Calculation Single Use Results'!B4&'Calculation Single Use Results'!C4&'Calculation Single Use Results'!D4,C3:C20&D3:D20&E3:E20,0)","v":{"$error":"#N/A"}}]
[null,null,"CHP Germany","CHP","Suggested default"]
[null,null,"CHP (extreme)","CHP extreme","Suggested default"]
[null,null,"Convert secondary forest to intensive loblolly","Suggested default","Suggested default"]
[null,null,"U.S. avg","Suggested default","Suggested default"]
[null,null,"Global Average","Suggested default","Suggested default"]
[null,null,"U.S. Douglas Fir","Suggested default","Suggested default"]
[null,null,"Germany Average","Suggested default","Suggested default"]
[null,null,"Intensive loblolly (USDA)","Suggested default","Suggested default"]
[null,null,"Northeastern U.S. Forests","Suggested default","Suggested default"]

{"sheet":"Lists","index":10,"n_rows":383,"n_cols":60,"rows_kept":69,"cut":true,"hidden":true,"merged":[],"bounds":{"rows_first":31,"rows_last":7,"rows_between":31,"halvings":6}}
[]
[]
[]
[]
["Dropdown labels:",{"$f":"COUNTA(_xlfn.ANCHORARRAY(D5))","v":12},"Biomass",{"$f":"_xlfn._xlws.FILTER(_xlfn._xlws.FILTER('Scenario Input Data Tables'!C2:AX2,MOD(COLUMN('Scenario Input Data Tables'!C2:AX2)-COLUMN('Scenario Input Data Tables'!C2),2)=0),_xlfn._xlws.FILTER('Scenario Input Data Tables'!C2:AX2,MOD(COLUMN('Scenario Input Data Tables'!C2:AX2)-COLUMN('Scenario Input Data Tables'!C2),2)=0)<>\"\")","v":"Suggested default"},"Convert secondary forest to intensive loblolly","Intensive loblolly (USDA)","Loblolly + 50% residues","Northeastern U.S. Forests","U.S. avg","U.S. Douglas Fir","Germany Average","Global Average","CHP Germany","CHP U.S. Avg.","CHP (extreme)"]
[null,{"$f":"COUNTA(_xlfn.ANCHORARRAY(D6))","v":5},"NG",{"$f":"_xlfn._xlws.FILTER(_xlfn._xlws.FILTER('Scenario Input Data Tables'!C17:AV17,MOD(COLUMN('Scenario Input Data Tables'!C17:AV17)-COLUMN('Scenario Input Data Tables'!C17),2)=0),_xlfn._xlws.FILTER('Scenario Input Data Tables'!C17:AV17,MOD(COLUMN('Scenario Input Data Tables'!C17:AV17)-COLUMN('Scenario Input Data Tables'!C17),2)=0)<>\"\")","v":"Suggested default"},"High losses","High GHG intensity in supply chain","CHP","CHP extreme"]
[null,{"$f":"COUNTA(_xlfn.ANCHORARRAY(D7))","v":6},"Cost",{"$f":"_xlfn._xlws.FILTER(_xlfn._xlws.FILTER('Scenario Input Data Tables'!C26:AV26,MOD(COLUMN('Scenario Input Data Tables'!C26:AV26)-COLUMN('Scenario Input Data Tables'!C26),2)=0),_xlfn._xlws.FILTER('Scenario Input Data Tables'!C26:AV26,MOD(COLUMN('Scenario Input Data Tables'!C26:AV26)-COLUMN('Scenario Input Data Tables'!C26),2)=0)<>\"\")","v":"Suggested default"},"Low gas price, low pellet price","High gas price, high pellet price","Low gas price, high pellet price","High gas price, low pellet price","Low CCS cost"]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"\r\n"]

{"sheet":"CHARM results","index":11,"n_rows":127,"n_cols":33,"rows_kept":69,"cut":true,"hidden":false,"merged":[[107,10,107,16],[105,10,105,16],[36,8,37,8],[36,9,37,9],[36,10,36,19],[73,10,73,16],[75,10,75,16]],"bounds":{"rows_first":31,"rows_last":7,"rows_between":31,"halvings":6}}
[]
[]
[null,"CHARM outputs","tC ha-1"]
[null,null,"US SE loblolly","Global","Germany","US average","Hoover loblolly","Hoover douglas fir","Hoover oak hickory",null,null,null,null,null,null,null,null,null,null,null,"Input case translation :",{"$f":"_xlfn.LET(_xlpm.range,'Scenario Input Data Tables'!C2:AX2,_xlpm.first,_xlfn._xlws.FILTER(_xlpm.range, _xlpm.range<>\"\"), _xlfn._xlws.FILTER(_xlpm.first,_xlpm.first<>\"Source\"))","v":"Suggested default"},"Convert secondary forest to intensive loblolly","Intensive loblolly (USDA)","Loblolly + 50% residues","Northeastern U.S. Forests","U.S. avg","U.S. Douglas Fir","Germany Average","Global Average","CHP Germany","CHP U.S. Avg.","CHP (extreme)"]
[null,"Carbon loss in the forest due to harvest",119,109.2,136.6,113.5,{"$f":"Q45+R45","v":122.51513868422363},{"$f":"_xlfn.XLOOKUP(H25,$I$77:$I$89,$Q$77:$Q$89)+_xlfn.XLOOKUP(H25,$I$77:$I$89,$R$77:$R$89)","v":339.63913529277488},{"$f":"_xlfn.XLOOKUP(I25,$I$109:$I$127,$Q$109:$Q$127)+_xlfn.XLOOKUP(I25,$I$109:$I$127,$R$109:$R$127)","v":113.82578536870673},null,null,null,null,null,null,null,null,null,null,null,"Growth model",{"$f":"IFERROR(_xlfn.XLOOKUP(_xlfn.ANCHORARRAY(V$4),'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C3:$AX3),\"\")","v":"Global"},"Hoover loblolly","Hoover loblolly","Hoover loblolly","US average","US average","Hoover douglas fir","Germany","Global","Germany","US average","Hoover loblolly"]
[null,"Harvested wood burned (excl slash)",73.3,58.8,74,61.2,{"$f":"G5*(1-_xlfn.LET(_xlpm.ratio,LEFT('Scenario Input Data Tables'!C5,FIND(\":\",'Scenario Input Data Tables'!C5)-1)+0,_xlpm.ratio/(100+_xlpm.ratio)))*(1-'Scenario Input Data Tables'!C6)","v":69.724062665818323},{"$f":"H5*(1-_xlfn.LET(_xlpm.ratio,LEFT('Scenario Input Data Tables'!C5,FIND(\":\",'Scenario Input Data Tables'!C5)-1)+0,_xlpm.ratio/(100+_xlpm.ratio)))*(1-'Scenario Input Data Tables'!C6)","v":193.29056480076619},{"$f":"I5*(1-_xlfn.LET(_xlpm.ratio,LEFT('Scenario Input Data Tables'!C5,FIND(\":\",'Scenario Input Data Tables'!C5)-1)+0,_xlpm.ratio/(100+_xlpm.ratio)))*(1-'Scenario Input Data Tables'!C6)","v":64.778902242353425},null,null,null,null,null,null,null,null,null,null,null,"Counterfactual model",{"$f":"IFERROR(_xlfn.XLOOKUP(_xlfn.ANCHORARRAY(V$4),'Scenario Input Data Tables'!$C$2:$AX$2,'Scenario Input Data Tables'!$C4:$AX4),\"\")","v":"Global"},"Hoover oak hickory","Hoover loblolly","Hoover loblolly","US average","US average","Hoover douglas fir","Germany","Global","Germany","US average","Hoover loblolly"]
[null,"Carbon stock gain in absence of harvesting",24.2,35.700000000000003,40.200000000000003,36.1,{"$f":"Q51-Q45+R51-R45","v":33.047492286813714},{"$f":"Q84-Q81+R84-R81","v":125.5299451618869},{"$f":"Q122-Q116+R122-R116","v":54.57320173760862}]
[null,"Carbon stock gain after harvesting",60.2,78.400000000000006,64.5,76.900000000000006,{"$f":"Q45-Q39+R45-R39","v":107.51513868422363},{"$f":"R80+S80","v":253.98262703364446},{"$f":"S115+R115","v":89.668679765412932}]
[null,"Slash % after 30 years",0.315,0.315,0.315,0.315,0.315,0.315,0.315,0.315,0.315,0.315,0.315,0.315,0.315,0.315]
[null,"Root % after 30 years",1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2,1.7999999999999999E-2]
[null,"Enhanced regrowth due to harvest",{"$f":"C8-C7","v":36},{"$f":"D8-D7","v":42.7},24.299999999999997,40.800000000000004,74.467646397409908,128.45268187175756,{"$f":"I8-I7","v":35.095478027804312},0,0,0,0,0,0,0]
[null,"Biomass regrowth as fraction of initial harvest",{"$f":"IFERROR(C11/C5,\"\")","v":0.30252100840336132},{"$f":"IFERROR(D11/D5,\"\")","v":0.39102564102564102},0.17789165446559296,0.35947136563876658,0.60782403870387303,0.37820341805142421,{"$f":"IFERROR(I11/I5,\"\")","v":0.30832625414463294},"","","","","","",""]
[null,"Decaying root at year 0 ",26.5,25.2,31.3,26.15,27.9,{"$f":"_xlfn.XLOOKUP(H25,$I$77:$I$89,$R$77:$R$89)","v":68.139135292774853},{"$f":"_xlfn.XLOOKUP(I25,$I$109:$I$127,$R$109:$R$127)","v":23.025785368706742}]
[null,"Decaying slash at year 0 (consistent estimate)",{"$f":"C5-C6-C13","v":19.200000000000003},{"$f":"D5-D6-D13","v":25.200000000000006},31.299999999999994,26.15,24.891076018405307,78.209435199233837,{"$f":"I5-I6-I13","v":26.021097757646565},0,0,0,0,0,0,0]
[null,"Root:shoot ratio",{"$f":"IFERROR(C13/C5,\"\")","v":0.22268907563025211},{"$f":"IFERROR(D13/D5,\"\")","v":0.23076923076923075},0.22913616398243047,0.23039647577092509,{"$f":"IFERROR(G13/G5,\"\")","v":0.22772695929366568},0.20062215514133178,{"$f":"IFERROR(I13/I5,\"\")","v":0.20228971224860134},"","","","","","",""]
[null,"Root remnant after 30 years",{"$f":"C13*C10","v":0.47699999999999998},{"$f":"D13*D10","v":0.45359999999999995},0.56340000000000001,0.47069999999999995,0.50219999999999998,1.2265044352699472,{"$f":"I13*I10","v":0.41446413663672133},0,0,0,0,0,0,0]
[null,"Slash remnant after 30 years",{"$f":"C9*C14","v":6.0480000000000009},{"$f":"D9*D14","v":7.9380000000000024},9.8594999999999988,8.2372499999999995,7.8406889457976723,24.63597208775866,{"$f":"I9*I14","v":8.1966457936586679},0,0,0,0,0,0,0]
[null,"Unharvested slash % of non-root",{"$f":"IFERROR(C14/(C6+C14),\"\")","v":0.20756756756756758},{"$f":"IFERROR(D14/(D6+D14),\"\")","v":0.3000000000000001},0.29724596391263053,0.29937034917000571,0.26307709701170379,0.28806421804506016,{"$f":"IFERROR(I14/(I6+I14),\"\")","v":0.28657596649390493},"","","","","","",""]
[null,"AGB_max",245,246,532,268,{"$f":"W35","v":185},{"$f":"W75","v":790},{"$f":"W107","v":320},{"$f":"IFERROR((30+(60*J7)/(2*J8-J8-J7))*J8/30,\"\")","v":""},"","","","","",""]
[null,"Y_50%",131,94,297,107,{"$f":"W36","v":32},{"$f":"W76","v":80},{"$f":"W108","v":110},{"$f":"IFERROR(60*(J8+J7-J8)/(2*J8-J8-J7),\"\")","v":""},"","","","","",""]
[null,"T_0 implied",{"$f":"C20*(C5*(1-C15))/(C19-C5*(1-C15))","v":79.459016393442624},48.74074074074074,73.292945863604388,51.737890949349563,33.497694125096629,41.890067502410808,43.577661431064563]
[null,"Calc C_stock at harvest",{"$f":"_xlfn.LET(_xlpm.AGB, C19*C21/(C20+C21),_xlpm.AGB+0.489*_xlpm.AGB^0.89)","v":119.99001654725144},109.23001006198633,136.15106135623267,113.47358936029565,122.66390860856971,343.1743909633517,117.83991140381288]
[null,"Calc C_stock gain without harvest",{"$f":"_xlfn.LET(_xlpm.T_0, C21+30, _xlpm.AGB, C19*_xlpm.T_0/(C20+_xlpm.T_0),_xlpm.AGB+0.489*_xlpm.AGB^0.89-C22)","v":24.005474791574002},35.531650396892289,40.192020749801912,36.233553884449009,35.773553058651757,126.03042709345834,47.185878574482061]
[null,"Calc C_stock gain after harvesting",{"$f":"_xlfn.LET(_xlpm.T_0, 30, _xlpm.AGB, C19*_xlpm.T_0/(C20+_xlpm.T_0),_xlpm.AGB+0.489*_xlpm.AGB^0.89)","v":60.315401025987931},78.082786332011167,64.369168087853879,77.022166744339074,116.2154988234536,273.79843754130405,89.632298443217294]
[null,"T_0 calibration",null,null,null,null,30,40,35]
[]
[null,"Decay assumptions:","Halflife, years","Implied exp %"]
[null,"Slash half life",11.36,{"$f":"1-0.5^(1/C28)","v":5.9192262193179856E-2},null,{"$f":"(1-D28)^30","v":0.16033429256010698},null,"CHARM AGB function "]
[null,"Root half life",7.26,{"$f":"1-0.5^(1/C29)","v":9.1058749911321901E-2},null,{"$f":"(1-D29)^30","v":5.7026195430075088E-2}]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Fitting Monod function to Hoover data: "]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"AGB_max",185]
[null,null,null,null,null,null,null,null,null,null,"Live tree","Standing dead tree","Understory","Down dead wood","Forest floor","Soil organic carbon ","Total nonsoil","Root C","Growing nonsoil","Fitted AGB C"]
[null,null,null,null,null,null,null,null,15,85,50.4,4.4000000000000004,3.7,3.9,6.1,72.900000000000006,68.599999999999994,19.418752764400995,{"$f":"Q42-($Q$39*(1-'Sustained Program Calculations'!$D$11)^'CHARM results'!I42)","v":62.593735285052432},59.042553191489361]
[null,null,null,null,null,null,null,null,30,205,64,10.5,3.7,10.1,6.7,72.900000000000006,95,27.515138684223629,{"$f":"Q45-($Q$39*(1-'Sustained Program Calculations'!$D$11)^'CHARM results'!I45)","v":92.594985611598389},89.516129032258064,null,null,"Additional growth % of harvest:",null,{"$f":"(Y41-(Y43-Y41))/(Q45-Q39)","v":0.67749999999999999}]
[null,null,null,null,null,null,null,null,45,278,74.3,13.4,3.7,12,7.3,72.900000000000006,110.8,32.031341876022537,{"$f":"Q48-($Q$39*(1-'Sustained Program Calculations'!$D$11)^'CHARM results'!I48)","v":109.83698979600015},108.11688311688312]
[null,null,null,null,null,null,null,null,50,298,78,12.3,3.7,12.6,7.6,72.900000000000006,114.3,33.003669709660329,{"$f":"Q49-($Q$39*(1-'Sustained Program Calculations'!$D$11)^'CHARM results'!I49)","v":113.59020114861617},112.80487804878049]
[null,null,null,null,null,null,null,null,65,338,86.5,13.6,3.7,12.2,8.1999999999999993,72.900000000000006,124.3,35.686450722277129,{"$f":"Q52-($Q$39*(1-'Sustained Program Calculations'!$D$11)^'CHARM results'!I52)","v":124.01578401361486},123.96907216494846]
[null,null,null,null,null,null,null,null,80,359,91.7,13.7,3.7,12.9,8.9,72.900000000000006,130.9,37.415276085242645,{"$f":"Q55-($Q$39*(1-'Sustained Program Calculations'!$D$11)^'CHARM results'!I55)","v":130.7861949033034},132.14285714285714]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,"Age","Mean volume","Live tree","Standing dead tree","Under- story","Down dead wood","Forest floor","Soil organic","Total nonsoil",null,null,null,null,"AGB_max",790]
[null,null,null,null,null,null,null,null,10,0,5,0.1,1.1000000000000001,20.7,10.3,94.8,37.200000000000003,{"$f":"0.489*S78^0.89","v":7.7190349333911294},{"$f":"Q78-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I78)","v":22.200000000000003},{"$f":"$W$75*I78/(I78+$W$76)","v":87.777777777777771},null,null,"30 year growth:",null,{"$f":"Q80-Q77","v":171.4}]
[null,null,null,null,null,null,null,null,40,430,203.4,29.8,0.4,25.6,12.4,94.8,271.5,68.139135292774853,{"$f":"Q81-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I81)","v":256.5},263.33333333333331]
[null,null,null,null,null,null,null,null,70,694,263.39999999999998,58.1,0.4,38.200000000000003,13.3,94.8,373.4,91.769080454661761,{"$f":"Q84-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I84)","v":358.4},368.66666666666669]
[null,null,null,null,null,null,null,null,110,896,319.60000000000002,68.8,0.4,56.5,14.4,94.8,459.7,111.1958564834267,{"$f":"Q88-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I88)","v":444.7},457.36842105263156]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,"Age","Mean volume","Live tree","Standing dead tree","Under- story","Down dead wood","Forest floor","Soil organic","Total nonsoil",null,null,null,null,"AGB_max",320]
[null,null,null,null,null,null,null,null,10,0,16.2,0,2.1,2.4,5.2,45.3,26,{"$f":"0.489*S111^0.89","v":4.1318861733388426},{"$f":"Q111-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I111)","v":11},26.666666666666668]
[null,null,null,null,null,null,null,null,25,40,53.8,4.3,2.9,9.1999999999999993,6.5,45.3,76.8,19.199441784082431,{"$f":"Q114-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I114)","v":61.8},59.25925925925926,null,null,"Additional growth % of 30 year increase:",null,{"$f":"(Y110-(Y112-Y110))/(Q112-Q109)","v":0.16935483870967771}]
[null,null,null,null,null,null,null,null,30,56,59.4,4.3,2.9,10.3,6.7,45.3,83.6,21.068679765412941,{"$f":"Q115-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I115)","v":68.599999999999994},68.571428571428569,null,null,"Additional growth % of 30 year harvest:",null,{"$f":"(Y110-(Y112-Y110))/(Q112)","v":0.11954459203036075}]
[null,null,null,null,null,null,null,null,45,124,74.5,6.9,2.9,14.1,7.4,45.3,105.7,27.013405919829378,{"$f":"Q118-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I118)","v":90.7},92.903225806451616]
[null,null,null,null,null,null,null,null,60,178,88.3,10.199999999999999,2.9,18.7,8.1,45.3,128.19999999999999,32.902748589226192,{"$f":"Q121-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I121)","v":113.19999999999999},112.94117647058823]
[null,null,null,null,null,null,null,null,65,194,93.7,9.1999999999999993,2.9,19.8,8.4,45.3,134,34.39898710631536,{"$f":"Q122-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I122)","v":119},118.85714285714286]
[null,null,null,null,null,null,null,null,70,210,99.5,8.9,2.9,19.5,8.6999999999999993,45.3,139.5,35.810433791990995,{"$f":"Q123-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I123)","v":124.5},124.44444444444444]
[null,null,null,null,null,null,null,null,75,224,105.2,9.1,2.9,18.8,9,45.3,144.9,37.189556869951232,{"$f":"Q124-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I124)","v":129.9},129.72972972972974]
[null,null,null,null,null,null,null,null,80,237,110,9.6999999999999993,2.9,18.100000000000001,9.3000000000000007,45.3,150,38.486278043287243,{"$f":"Q125-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I125)","v":135},134.73684210526315]
[null,null,null,null,null,null,null,null,85,248,115,9.8000000000000007,2.9,17.7,9.6,45.3,154.9,39.72707817865016,{"$f":"Q126-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I126)","v":139.9},139.48717948717947]
[null,null,null,null,null,null,null,null,90,258,119.5,10.199999999999999,2.9,17.3,9.9,45.3,159.69999999999999,40.937927432084699,{"$f":"Q127-($Q$39*(1-'Sustained Program Calculations'!$D$12)^'CHARM results'!I127)","v":144.69999999999999},144]

{"sheet":"Carbon lost post-forest","index":12,"n_rows":52,"n_cols":19,"rows_kept":52,"cut":false,"hidden":true,"merged":[[51,11,51,12]]}
[null,"Based on Röder et al. 2015  https://www.sciencedirect.com/science/article/pii/S0961953415001166"]
[null," \"A minimum of 35% of the\n residues are left in the forest to maintain the nutrient and soil\n carbon balance\""]
[null,"“forest residues” (including thinnings) are collected at the landing site and left fora period of 10-12 weeks for natural drying[42]. The moisture content decreases from about 50% to 30% (wet basis) during this period [42]. The forest residues are then chipped at the landing site [32,42,43] and transported by truck to the pellet mill."]
[null,"Forest residues",null,"Carbon change, dry matter basis, normalised to output","Carbon change, dry matter basis, normalised to input","Carbon change, dry matter basis, normalised to produced pellets","Additive %, normalised to output"]
[null,"Losses"]
[null,"Losses at landing site",5.0000000000000001E-3,{"$f":"D7/(1-C6)","v":1.2816909530591294},{"$f":"1","v":1},{"$f":"F7*D6/D7","v":1.2434965626579675},{"$f":"(D6-D7)/$D$6","v":4.9999999999999732E-3}]
[null,"Losses during chipping",0.02,1.2752824982938338,{"$f":"E6*D7/D6","v":0.995},{"$f":"F8*D7/D8","v":1.2372790798446776},1.9900000000000088E-2]
[null,"Losses transport forest - pellet mills",0.01,1.249776848327957,0.97509999999999997,{"$f":"F9*D8/D9","v":1.212533498247784},9.7510000000000686E-3]
[null,"Drying with biomass (per tonne of biomass)",{"$f":"_xlfn.LET(_xlpm.loss_adjusted,1/(1-C10),1-_xlpm.loss_adjusted/(_xlpm.loss_adjusted+C14))","v":0.14994899693981634},1.2372790798446773,0.9653489999999999,{"$f":"F10*D9/D10","v":1.2004081632653061},0.14475311424685475]
[null,"Losses during pelletings,",0.02,1.051750322887349,0.82059588575314524,{"$f":"F11*D10/D11","v":1.0204081632653061},1.6411917715062854E-2]
[null,"Losses transport pellet mill - US ports",0.01,1.0307153164296021,0.80418396803808234,1,8.0418396803807902E-3]
[null,"Losses trans-ocean shippings",0.02,1.0204081632653061,0.79614212835770148,{"$f":"F11*D12/D11","v":0.99},1.5922842567154046E-2]
[null,null,null,1,0.78021928579054745,{"$f":"F12*D13/D12","v":0.97019999999999995}]
[null,"Drying with biomass (per tonne of pellets)",0.18,"t/t"]
[null,"Pelleting electricity consumption",1.52,"kWh/t"]
[]
[null,"Calorific value of pellets",15.5,"MJ/kg"]
[]
[null,"Process efficiency",0.4,"Quoted to Draw AR&A 2013"]
[]
[null,"Total losses landing site to UK:",{"$f":"(D6-1)/D6","v":0.21978071420945255}]
[null,"Moisture content, residues"]
[null,"Moisture content, pellets ",0.45]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,"MJ/kg","MJ/tonne","CO2 per MJ","TJ per tonne","kg CO2 content per kg mass of pellet","CO2/MJ","CO2 Kg per TJ","CO2 KG per GJ"]
[null,null,null,null,null,null,null,null,null,null,null,15.5,17000,31166.1,1.5500000000000001E-5,1.835,0.11838700000000001,118387,118.39]
[]
[null,null,null,null,null,null,null,null,null,null,null,"Tim to recreate sources here -"]

{"sheet":"Table for paper","index":13,"n_rows":21,"n_cols":13,"rows_kept":21,"cut":false,"hidden":false,"merged":[[16,12,17,12],[3,12,4,12],[3,3,4,3],[3,4,4,4],[3,5,4,5],[3,6,4,6],[3,7,4,7],[3,9,4,9],[3,8,4,8],[3,11,4,11],[1,11,2,12],[16,3,17,3],[16,4,16,7],[1,3,2,3],[1,4,2,7],[1,8,2,10],[6,11,7,11],[6,12,7,12],[6,3,7,3],[6,4,7,7],[6,8,7,8],[6,9,7,9],[6,10,7,10],[17,4,17,7],[16,8,17,8],[16,9,17,9]]}
[null,null,null,null,3,4,1,2,5,8,6,9,10]
["Associate labels for paper with model labels",null,null,null,"Emissions Intensities ",null,null,null,"Financial Costs",null,null,"BECCS Emission Attributes"]
[]
["Biomass scenario","NG scenario","Cost scenario","Biomass Scenario","Bioenergy Intensity (no CCS)","BECCS Intensity (includes harvest-enhanced growth)","Difference BECCS – NG-NoCCS   ","Difference BECCS v. NG-CCS","Incremental cost of CCS over NG power","Ratio of cost BECCS Cost/ NG-CCS","Mitigation cost BECCS relative to NG-noCCS","Ratio of Gross BECCS emissions (no harvest-enhanced growth) to NG-CCS","% CCS C Capture Negative Emissions*"]
[null,null,null,null,null,null,null,null,null,null,"[& savings,  if any, relative to NG-CCS]"]
[null,null,null,"POWER ONLY","g CO₂e/kWh",null,null,null,"$/kWh","$ kWh-1/$ kWh-1","$/tCO2e or no saving","Ratio gCO2e kWh-1 / gCO2e kWh-1","Ratio: CO2 (net negative emissions \n/ CO2 captured by CCS)"]
[null,null,null,null,"Note Intensities: NG-NoCCS =508; NG+CCS=208"]
[]
["Global Average","Suggested default","Suggested default","Global average",{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,E$1,MATCH($A9&CRLF&$B9&CRLF&$C9,'Saved data'!$S$46:$ZZ$46,0))","v":1152.4347008592122},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,F$1,MATCH($A9&CRLF&$B9&CRLF&$C9,'Saved data'!$S$46:$ZZ$46,0))","v":576.46517079930697},{"$f":"F9-INDEX('Saved data'!$S$47:$ZZ$56,G$1,MATCH($A9&CRLF&$B9&CRLF&$C9,'Saved data'!$S$46:$ZZ$46,0))","v":68.659157777732162},{"$f":"F9-INDEX('Saved data'!$S$47:$ZZ$56,H$1,MATCH($A9&CRLF&$B9&CRLF&$C9,'Saved data'!$S$46:$ZZ$46,0))","v":370.73308488004022},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,I$1,MATCH($A9&CRLF&$B9&CRLF&$C9,'Saved data'!$S$46:$ZZ$46,0))","v":0.29127410209698101},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,J$1,MATCH($A9&CRLF&$B9&CRLF&$C9,'Saved data'!$S$46:$ZZ$46,0))","v":2.6034945619263423},{"$f":"_xlfn.LET(_xlpm.no_CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1,MATCH($A9&CRLF&$B9&CRLF&$C9,'Saved data'!$S$46:$ZZ$46,0)), _xlpm.CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1+1,MATCH($A9&CRLF&$B9&CRLF&$C9,'Saved data'!$S$46:$ZZ$46,0)),IF(ISNUMBER(_xlpm.no_CCS),\"$\"&ROUND(_xlpm.no_CCS,2)& CRLF &\"[\"&IF(ISNUMBER(_xlpm.CCS),\"$\"&ROUND(_xlpm.CCS,2),\"No saving\")&\"]\",_xlpm.no_CCS))","v":"No saving"},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,L$1,MATCH($A9&CRLF&$B9&CRLF&$C9,'Saved data'!$S$46:$ZZ$46,0))","v":7.6357099799703958},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,M$1,MATCH($A9&CRLF&$B9&CRLF&$C9,'Saved data'!$S$46:$ZZ$46,0))","v":"None"}]
["U.S. avg","Suggested default","Suggested default","U.S. average",{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,E$1,MATCH($A10&CRLF&$B10&CRLF&$C10,'Saved data'!$S$46:$ZZ$46,0))","v":1143.017064149662},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,F$1,MATCH($A10&CRLF&$B10&CRLF&$C10,'Saved data'!$S$46:$ZZ$46,0))","v":562.82438541224042},{"$f":"F10-INDEX('Saved data'!$S$47:$ZZ$56,G$1,MATCH($A10&CRLF&$B10&CRLF&$C10,'Saved data'!$S$46:$ZZ$46,0))","v":55.018372390665604},{"$f":"F10-INDEX('Saved data'!$S$47:$ZZ$56,H$1,MATCH($A10&CRLF&$B10&CRLF&$C10,'Saved data'!$S$46:$ZZ$46,0))","v":357.09229949297367},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,I$1,MATCH($A10&CRLF&$B10&CRLF&$C10,'Saved data'!$S$46:$ZZ$46,0))","v":0.29127410209698101},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,J$1,MATCH($A10&CRLF&$B10&CRLF&$C10,'Saved data'!$S$46:$ZZ$46,0))","v":2.6034945619263423},{"$f":"_xlfn.LET(_xlpm.no_CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1,MATCH($A10&CRLF&$B10&CRLF&$C10,'Saved data'!$S$46:$ZZ$46,0)), _xlpm.CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1+1,MATCH($A10&CRLF&$B10&CRLF&$C10,'Saved data'!$S$46:$ZZ$46,0)),IF(ISNUMBER(_xlpm.no_CCS),\"$\"&ROUND(_xlpm.no_CCS,2)& CRLF &\"[\"&IF(ISNUMBER(_xlpm.CCS),\"$\"&ROUND(_xlpm.CCS,2),\"No saving\")&\"]\",_xlpm.no_CCS))","v":"No saving"},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,L$1,MATCH($A10&CRLF&$B10&CRLF&$C10,'Saved data'!$S$46:$ZZ$46,0))","v":7.5142691818899081},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,M$1,MATCH($A10&CRLF&$B10&CRLF&$C10,'Saved data'!$S$46:$ZZ$46,0))","v":"None"}]
["Northeastern U.S. Forests","Suggested default","Suggested default","Northeastern U.S. forests",{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,E$1,MATCH($A11&CRLF&$B11&CRLF&$C11,'Saved data'!$S$46:$ZZ$46,0))","v":1842.4340753223598},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,F$1,MATCH($A11&CRLF&$B11&CRLF&$C11,'Saved data'!$S$46:$ZZ$46,0))","v":1575.8808070721659},{"$f":"F11-INDEX('Saved data'!$S$47:$ZZ$56,G$1,MATCH($A11&CRLF&$B11&CRLF&$C11,'Saved data'!$S$46:$ZZ$46,0))","v":1068.0747940505912},{"$f":"F11-INDEX('Saved data'!$S$47:$ZZ$56,H$1,MATCH($A11&CRLF&$B11&CRLF&$C11,'Saved data'!$S$46:$ZZ$46,0))","v":1370.1487211528993},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,I$1,MATCH($A11&CRLF&$B11&CRLF&$C11,'Saved data'!$S$46:$ZZ$46,0))","v":0.29127410209698101},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,J$1,MATCH($A11&CRLF&$B11&CRLF&$C11,'Saved data'!$S$46:$ZZ$46,0))","v":2.6034945619263423},{"$f":"_xlfn.LET(_xlpm.no_CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1,MATCH($A11&CRLF&$B11&CRLF&$C11,'Saved data'!$S$46:$ZZ$46,0)), _xlpm.CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1+1,MATCH($A11&CRLF&$B11&CRLF&$C11,'Saved data'!$S$46:$ZZ$46,0)),IF(ISNUMBER(_xlpm.no_CCS),\"$\"&ROUND(_xlpm.no_CCS,2)& CRLF &\"[\"&IF(ISNUMBER(_xlpm.CCS),\"$\"&ROUND(_xlpm.CCS,2),\"No saving\")&\"]\",_xlpm.no_CCS))","v":"No saving"},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,L$1,MATCH($A11&CRLF&$B11&CRLF&$C11,'Saved data'!$S$46:$ZZ$46,0))","v":7.6598689019785278},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,M$1,MATCH($A11&CRLF&$B11&CRLF&$C11,'Saved data'!$S$46:$ZZ$46,0))","v":"None"}]
["Germany Average","Suggested default","Suggested default","Germany avg.",{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,E$1,MATCH($A12&CRLF&$B12&CRLF&$C12,'Saved data'!$S$46:$ZZ$46,0))","v":1487.5411682475572},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,F$1,MATCH($A12&CRLF&$B12&CRLF&$C12,'Saved data'!$S$46:$ZZ$46,0))","v":1061.8433547790378},{"$f":"F12-INDEX('Saved data'!$S$47:$ZZ$56,G$1,MATCH($A12&CRLF&$B12&CRLF&$C12,'Saved data'!$S$46:$ZZ$46,0))","v":554.03734175746297},{"$f":"F12-INDEX('Saved data'!$S$47:$ZZ$56,H$1,MATCH($A12&CRLF&$B12&CRLF&$C12,'Saved data'!$S$46:$ZZ$46,0))","v":856.11126885977103},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,I$1,MATCH($A12&CRLF&$B12&CRLF&$C12,'Saved data'!$S$46:$ZZ$46,0))","v":0.29127410209698101},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,J$1,MATCH($A12&CRLF&$B12&CRLF&$C12,'Saved data'!$S$46:$ZZ$46,0))","v":2.6034945619263423},{"$f":"_xlfn.LET(_xlpm.no_CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1,MATCH($A12&CRLF&$B12&CRLF&$C12,'Saved data'!$S$46:$ZZ$46,0)), _xlpm.CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1+1,MATCH($A12&CRLF&$B12&CRLF&$C12,'Saved data'!$S$46:$ZZ$46,0)),IF(ISNUMBER(_xlpm.no_CCS),\"$\"&ROUND(_xlpm.no_CCS,2)& CRLF &\"[\"&IF(ISNUMBER(_xlpm.CCS),\"$\"&ROUND(_xlpm.CCS,2),\"No saving\")&\"]\",_xlpm.no_CCS))","v":"No saving"},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,L$1,MATCH($A12&CRLF&$B12&CRLF&$C12,'Saved data'!$S$46:$ZZ$46,0))","v":7.295675745345032},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,M$1,MATCH($A12&CRLF&$B12&CRLF&$C12,'Saved data'!$S$46:$ZZ$46,0))","v":"None"}]
["U.S. Douglas Fir","Suggested default","Suggested default","U.S. Douglas Fir",{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,E$1,MATCH($A13&CRLF&$B13&CRLF&$C13,'Saved data'!$S$46:$ZZ$46,0))","v":1293.2691396690768},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,F$1,MATCH($A13&CRLF&$B13&CRLF&$C13,'Saved data'!$S$46:$ZZ$46,0))","v":780.45396482075614},{"$f":"F13-INDEX('Saved data'!$S$47:$ZZ$56,G$1,MATCH($A13&CRLF&$B13&CRLF&$C13,'Saved data'!$S$46:$ZZ$46,0))","v":272.64795179918133},{"$f":"F13-INDEX('Saved data'!$S$47:$ZZ$56,H$1,MATCH($A13&CRLF&$B13&CRLF&$C13,'Saved data'!$S$46:$ZZ$46,0))","v":574.72187890148939},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,I$1,MATCH($A13&CRLF&$B13&CRLF&$C13,'Saved data'!$S$46:$ZZ$46,0))","v":0.29127410209698101},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,J$1,MATCH($A13&CRLF&$B13&CRLF&$C13,'Saved data'!$S$46:$ZZ$46,0))","v":2.6034945619263423},{"$f":"_xlfn.LET(_xlpm.no_CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1,MATCH($A13&CRLF&$B13&CRLF&$C13,'Saved data'!$S$46:$ZZ$46,0)), _xlpm.CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1+1,MATCH($A13&CRLF&$B13&CRLF&$C13,'Saved data'!$S$46:$ZZ$46,0)),IF(ISNUMBER(_xlpm.no_CCS),\"$\"&ROUND(_xlpm.no_CCS,2)& CRLF &\"[\"&IF(ISNUMBER(_xlpm.CCS),\"$\"&ROUND(_xlpm.CCS,2),\"No saving\")&\"]\",_xlpm.no_CCS))","v":"No saving"},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,L$1,MATCH($A13&CRLF&$B13&CRLF&$C13,'Saved data'!$S$46:$ZZ$46,0))","v":7.6357099799703958},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,M$1,MATCH($A13&CRLF&$B13&CRLF&$C13,'Saved data'!$S$46:$ZZ$46,0))","v":"None"}]
["Convert secondary forest to intensive loblolly","Suggested default","Suggested default","Loblolly, convert secondary to intensive",{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,E$1,MATCH($A14&CRLF&$B14&CRLF&$C14,'Saved data'!$S$46:$ZZ$46,0))","v":1143.1073561527905},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,F$1,MATCH($A14&CRLF&$B14&CRLF&$C14,'Saved data'!$S$46:$ZZ$46,0))","v":562.9551670376984},{"$f":"F14-INDEX('Saved data'!$S$47:$ZZ$56,G$1,MATCH($A14&CRLF&$B14&CRLF&$C14,'Saved data'!$S$46:$ZZ$46,0))","v":55.149154016123589},{"$f":"F14-INDEX('Saved data'!$S$47:$ZZ$56,H$1,MATCH($A14&CRLF&$B14&CRLF&$C14,'Saved data'!$S$46:$ZZ$46,0))","v":357.22308111843165},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,I$1,MATCH($A14&CRLF&$B14&CRLF&$C14,'Saved data'!$S$46:$ZZ$46,0))","v":0.29127410209698101},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,J$1,MATCH($A14&CRLF&$B14&CRLF&$C14,'Saved data'!$S$46:$ZZ$46,0))","v":2.6034945619263423},{"$f":"_xlfn.LET(_xlpm.no_CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1,MATCH($A14&CRLF&$B14&CRLF&$C14,'Saved data'!$S$46:$ZZ$46,0)), _xlpm.CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1+1,MATCH($A14&CRLF&$B14&CRLF&$C14,'Saved data'!$S$46:$ZZ$46,0)),IF(ISNUMBER(_xlpm.no_CCS),\"$\"&ROUND(_xlpm.no_CCS,2)& CRLF &\"[\"&IF(ISNUMBER(_xlpm.CCS),\"$\"&ROUND(_xlpm.CCS,2),\"No saving\")&\"]\",_xlpm.no_CCS))","v":"No saving"},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,L$1,MATCH($A14&CRLF&$B14&CRLF&$C14,'Saved data'!$S$46:$ZZ$46,0))","v":7.295675745345032},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,M$1,MATCH($A14&CRLF&$B14&CRLF&$C14,'Saved data'!$S$46:$ZZ$46,0))","v":"None"}]
["Intensive loblolly (USDA)","Suggested default","Suggested default","Loblolly, existing intensive",{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,E$1,MATCH($A15&CRLF&$B15&CRLF&$C15,'Saved data'!$S$46:$ZZ$46,0))","v":791.94825762831397},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,F$1,MATCH($A15&CRLF&$B15&CRLF&$C15,'Saved data'!$S$46:$ZZ$46,0))","v":54.325874209857602},{"$f":"F15-INDEX('Saved data'!$S$47:$ZZ$56,G$1,MATCH($A15&CRLF&$B15&CRLF&$C15,'Saved data'!$S$46:$ZZ$46,0))","v":-453.48013881171721},{"$f":"F15-INDEX('Saved data'!$S$47:$ZZ$56,H$1,MATCH($A15&CRLF&$B15&CRLF&$C15,'Saved data'!$S$46:$ZZ$46,0))","v":-151.40621170940912},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,I$1,MATCH($A15&CRLF&$B15&CRLF&$C15,'Saved data'!$S$46:$ZZ$46,0))","v":0.29127410209698101},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,J$1,MATCH($A15&CRLF&$B15&CRLF&$C15,'Saved data'!$S$46:$ZZ$46,0))","v":2.6034945619263423},{"$f":"_xlfn.LET(_xlpm.no_CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1,MATCH($A15&CRLF&$B15&CRLF&$C15,'Saved data'!$S$46:$ZZ$46,0)), _xlpm.CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1+1,MATCH($A15&CRLF&$B15&CRLF&$C15,'Saved data'!$S$46:$ZZ$46,0)),IF(ISNUMBER(_xlpm.no_CCS),\"$\"&ROUND(_xlpm.no_CCS,2)& CRLF &\"[\"&IF(ISNUMBER(_xlpm.CCS),\"$\"&ROUND(_xlpm.CCS,2),\"No saving\")&\"]\",_xlpm.no_CCS))","v":"$642.31\r\n[$1669.04]"},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,L$1,MATCH($A15&CRLF&$B15&CRLF&$C15,'Saved data'!$S$46:$ZZ$46,0))","v":6.7231048714322155},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,M$1,MATCH($A15&CRLF&$B15&CRLF&$C15,'Saved data'!$S$46:$ZZ$46,0))","v":"None"}]
["Loblolly + 50% residues","Suggested default","Suggested default","Loblolly existing intensive + 50% residues",{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,E$1,MATCH($A16&CRLF&$B16&CRLF&$C16,'Saved data'!$S$46:$ZZ$46,0))","v":591.06108392183603},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,F$1,MATCH($A16&CRLF&$B16&CRLF&$C16,'Saved data'!$S$46:$ZZ$46,0))","v":-236.21267986699365},{"$f":"F16-INDEX('Saved data'!$S$47:$ZZ$56,G$1,MATCH($A16&CRLF&$B16&CRLF&$C16,'Saved data'!$S$46:$ZZ$46,0))","v":-744.01869288856847},{"$f":"F16-INDEX('Saved data'!$S$47:$ZZ$56,H$1,MATCH($A16&CRLF&$B16&CRLF&$C16,'Saved data'!$S$46:$ZZ$46,0))","v":-441.9447657862604},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,I$1,MATCH($A16&CRLF&$B16&CRLF&$C16,'Saved data'!$S$46:$ZZ$46,0))","v":0.2905792043055635},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,J$1,MATCH($A16&CRLF&$B16&CRLF&$C16,'Saved data'!$S$46:$ZZ$46,0))","v":2.5990851715918928},{"$f":"_xlfn.LET(_xlpm.no_CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1,MATCH($A16&CRLF&$B16&CRLF&$C16,'Saved data'!$S$46:$ZZ$46,0)), _xlpm.CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1+1,MATCH($A16&CRLF&$B16&CRLF&$C16,'Saved data'!$S$46:$ZZ$46,0)),IF(ISNUMBER(_xlpm.no_CCS),\"$\"&ROUND(_xlpm.no_CCS,2)& CRLF &\"[\"&IF(ISNUMBER(_xlpm.CCS),\"$\"&ROUND(_xlpm.CCS,2),\"No saving\")&\"]\",_xlpm.no_CCS))","v":"$390.55\r\n[$570.22]"},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,L$1,MATCH($A16&CRLF&$B16&CRLF&$C16,'Saved data'!$S$46:$ZZ$46,0))","v":3.3153180408367766},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,M$1,MATCH($A16&CRLF&$B16&CRLF&$C16,'Saved data'!$S$46:$ZZ$46,0))","v":0.19579038268127003}]
[null,null,null,"CHP","Note: NG-No CCS Intensity=358; NG+CCS Intensity = 134"]
[null,null,null,null,"(Extreme optimism: NG-NoCCS intensity = 339; NG+CCS 113)"]
["CHP Germany","CHP","Suggested default","Germany CHP",{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,E$1,MATCH($A19&CRLF&$B19&CRLF&$C19,'Saved data'!$S$46:$ZZ$46,0))","v":732.40161527378427},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,F$1,MATCH($A19&CRLF&$B19&CRLF&$C19,'Saved data'!$S$46:$ZZ$46,0))","v":399.85927135578942},{"$f":"F19-INDEX('Saved data'!$S$47:$ZZ$56,G$1,MATCH($A19&CRLF&$B19&CRLF&$C19,'Saved data'!$S$46:$ZZ$46,0))","v":41.407968046442477},{"$f":"F19-INDEX('Saved data'!$S$47:$ZZ$56,H$1,MATCH($A19&CRLF&$B19&CRLF&$C19,'Saved data'!$S$46:$ZZ$46,0))","v":265.97379273783122},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,I$1,MATCH($A19&CRLF&$B19&CRLF&$C19,'Saved data'!$S$46:$ZZ$46,0))","v":0.12539065540809047},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,J$1,MATCH($A19&CRLF&$B19&CRLF&$C19,'Saved data'!$S$46:$ZZ$46,0))","v":1.852464347941247},{"$f":"_xlfn.LET(_xlpm.no_CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1,MATCH($A19&CRLF&$B19&CRLF&$C19,'Saved data'!$S$46:$ZZ$46,0)), _xlpm.CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1+1,MATCH($A19&CRLF&$B19&CRLF&$C19,'Saved data'!$S$46:$ZZ$46,0)),IF(ISNUMBER(_xlpm.no_CCS),\"$\"&ROUND(_xlpm.no_CCS,2)& CRLF &\"[\"&IF(ISNUMBER(_xlpm.CCS),\"$\"&ROUND(_xlpm.CCS,2),\"No saving\")&\"]\",_xlpm.no_CCS))","v":"No saving"},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,L$1,MATCH($A19&CRLF&$B19&CRLF&$C19,'Saved data'!$S$46:$ZZ$46,0))","v":4.1990474902292449},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,M$1,MATCH($A19&CRLF&$B19&CRLF&$C19,'Saved data'!$S$46:$ZZ$46,0))","v":"None"}]
["CHP U.S. Avg.","CHP","Suggested default","U.S. Avg CHP",{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,E$1,MATCH($A20&CRLF&$B20&CRLF&$C20,'Saved data'!$S$46:$ZZ$46,0))","v":515.27220263964932},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,F$1,MATCH($A20&CRLF&$B20&CRLF&$C20,'Saved data'!$S$46:$ZZ$46,0))","v":165.37826419149695},{"$f":"F20-INDEX('Saved data'!$S$47:$ZZ$56,G$1,MATCH($A20&CRLF&$B20&CRLF&$C20,'Saved data'!$S$46:$ZZ$46,0))","v":-193.07303911784999},{"$f":"F20-INDEX('Saved data'!$S$47:$ZZ$56,H$1,MATCH($A20&CRLF&$B20&CRLF&$C20,'Saved data'!$S$46:$ZZ$46,0))","v":31.492785573538725},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,I$1,MATCH($A20&CRLF&$B20&CRLF&$C20,'Saved data'!$S$46:$ZZ$46,0))","v":0.12539065540809047},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,J$1,MATCH($A20&CRLF&$B20&CRLF&$C20,'Saved data'!$S$46:$ZZ$46,0))","v":1.852464347941247},{"$f":"_xlfn.LET(_xlpm.no_CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1,MATCH($A20&CRLF&$B20&CRLF&$C20,'Saved data'!$S$46:$ZZ$46,0)), _xlpm.CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1+1,MATCH($A20&CRLF&$B20&CRLF&$C20,'Saved data'!$S$46:$ZZ$46,0)),IF(ISNUMBER(_xlpm.no_CCS),\"$\"&ROUND(_xlpm.no_CCS,2)& CRLF &\"[\"&IF(ISNUMBER(_xlpm.CCS),\"$\"&ROUND(_xlpm.CCS,2),\"No saving\")&\"]\",_xlpm.no_CCS))","v":"$649.45\r\n[No saving]"},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,L$1,MATCH($A20&CRLF&$B20&CRLF&$C20,'Saved data'!$S$46:$ZZ$46,0))","v":3.3208509389673968},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,M$1,MATCH($A20&CRLF&$B20&CRLF&$C20,'Saved data'!$S$46:$ZZ$46,0))","v":"None"}]
["CHP (extreme)","CHP extreme","Suggested default","Extreme optimism CHP",{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,E$1,MATCH($A21&CRLF&$B21&CRLF&$C21,'Saved data'!$S$46:$ZZ$46,0))","v":255.21913575051553},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,F$1,MATCH($A21&CRLF&$B21&CRLF&$C21,'Saved data'!$S$46:$ZZ$46,0))","v":-112.0215548350927},{"$f":"F21-INDEX('Saved data'!$S$47:$ZZ$56,G$1,MATCH($A21&CRLF&$B21&CRLF&$C21,'Saved data'!$S$46:$ZZ$46,0))","v":-450.5588968494759},{"$f":"F21-INDEX('Saved data'!$S$47:$ZZ$56,H$1,MATCH($A21&CRLF&$B21&CRLF&$C21,'Saved data'!$S$46:$ZZ$46,0))","v":-224.88534202509257},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,I$1,MATCH($A21&CRLF&$B21&CRLF&$C21,'Saved data'!$S$46:$ZZ$46,0))","v":0.13245508112432633},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,J$1,MATCH($A21&CRLF&$B21&CRLF&$C21,'Saved data'!$S$46:$ZZ$46,0))","v":1.921750683526104},{"$f":"_xlfn.LET(_xlpm.no_CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1,MATCH($A21&CRLF&$B21&CRLF&$C21,'Saved data'!$S$46:$ZZ$46,0)), _xlpm.CCS,INDEX('Saved data'!$S$47:$ZZ$56,K$1+1,MATCH($A21&CRLF&$B21&CRLF&$C21,'Saved data'!$S$46:$ZZ$46,0)),IF(ISNUMBER(_xlpm.no_CCS),\"$\"&ROUND(_xlpm.no_CCS,2)& CRLF &\"[\"&IF(ISNUMBER(_xlpm.CCS),\"$\"&ROUND(_xlpm.CCS,2),\"No saving\")&\"]\",_xlpm.no_CCS))","v":"$293.98\r\n[$498.55]"},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,L$1,MATCH($A21&CRLF&$B21&CRLF&$C21,'Saved data'!$S$46:$ZZ$46,0))","v":1.9663528140260387},{"$f":"INDEX('Saved data'!$S$47:$ZZ$56,M$1,MATCH($A21&CRLF&$B21&CRLF&$C21,'Saved data'!$S$46:$ZZ$46,0))","v":0.27039713412402744}]

{"sheet":"Isoli 2025","index":14,"n_rows":41,"n_cols":27,"rows_kept":41,"cut":false,"hidden":true,"merged":[[1,0,1,10]]}
["https://www.sciencedirect.com/science/article/pii/S0306261924026114",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"LHV combustion emissions",null,null,"LHV (MJ/kg)","HHV (MJ/kg)","Ratio"]
["Table  3\nCCS  power  plants  EROI  and  EROC  ranking.",null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"NG",56.1,"gCO2e/MJ",47.1,52.2,{"$f":"Y2/X2","v":1.10828025477707},"NG US market, https://www.engineeringtoolbox.com/fuels-higher-calorific-values-d_169.html"]
["Rank","Unit","Fuel","Node","Net  power  (MW)","Net  power\nwith  CCS  (MW)","CO2  stream (kg/h)","EROI","EROC (EJ/Gt  CO2)","City","Implied power consumption of CO2 capture","MJ/kg CO2 (full stream)","Implied energy penalty",null,"Implied fuel stream (MJ/h) (HHV)","Implied fuel stream (MWh) (HHV)",null,null,null,null,"Coal",115,"gCO2e/MJ",{"$f":"8.06*3.6","v":29.016000000000002},{"$f":"8.39*3.6","v":30.204000000000004},{"$f":"Y3/X3","v":1.0409429280397022}]
[1,"NGCC_Grudziadz","Natural  gas",76,560,497,167076,"14.7",15.8,"Grudziadz",{"$f":"E4-F4","v":63},{"$f":"K4*3600/G4","v":1.3574660633484164},{"$f":"S4","v":6.87135278514589E-2},null,{"$f":"G4/IF(C4=\"Coal\",$V$3,$V$2)*1000*IF(C4=\"Coal\",$Z$3,$Z$2)","v":3300660.1042269827},{"$f":"O4/3600","v":916.85002895193963},{"$f":"E4/P4","v":0.61078691423519016},{"$f":"F4/P4","v":0.54207338638373126},{"$f":"Q4-R4","v":6.87135278514589E-2}]
[2,"NGCC_Plock","Natural  gas",55,496,440,147982,"14.7","15.8","Plock",56,{"$f":"K5*3600/G5","v":1.3623278506845427},6.8959626496978399E-2,null,{"$f":"G5/IF(C5=\"Coal\",$V$3,$V$2)*1000*IF(C5=\"Coal\",$Z$3,$Z$2)","v":2923449.7087775469},812.06936354931861,0.61078526325895177,0.54182563676197337,6.8959626496978399E-2]
[3,"NGCC_Gdansk","Natural  gas",78,456,405,136048,"14.7","15.8","Gdansk",51,1.349523697518523,6.8311493509390253E-2,null,2687688.2727613337,746.5800757670371,0.61078511843690064,0.54247362492751039,6.8311493509390253E-2]
[4,"NGCC_ZE_PAK","Natural  gas",58,493,437,147087,"14.6","15.8","Patnow",56,1.370617389708132,6.9379234386967248E-2,null,2905768.5888483943,807.15794134677617,0.61078504558526581,0.54140581119829856,6.9379234386967248E-2]
[5,"NGCC_Wloclawek","Natural  gas",28,463,411,138136,"14.5","15.8","Wloclawek",52,1.3551861933167313,6.8598123188941207E-2,null,2728937.6341156033,758.03823169877865,0.61078713531691908,0.54218901212797788,6.8598123188941207E-2]
[6,"NGCC_Kozienice","Natural  gas",45,1050,932,313268,"14.4","15.8","Kozienice",118,1.356027426995416,6.8640705567514559E-2,null,6188747.573146224,1719.0965480961734,0.61078593937195125,0.54214523380443669,6.8640705567514559E-2]
[7,"NGCC_Lodz","Natural  gas",26,245,217,73096,"14.3","15.8","Lodz",28,1.3790084272737222,6.9803980028153911E-2,null,1444043.7344596204,401.12325957211681,0.61078482524634592,0.54098084521819201,6.9803980028153911E-2]
[8,"NGCC_Torun","Natural  gas",74,106,94,31625,"14.2","15.8","Torun",12,1.36600790513834,6.9145907046476718E-2,null,624765.82989883854,173.54606386078848,0.61078884557721136,0.54164293853073464,6.9145907046476718E-2]
[9,"NGCC_Ostroleka","Natural  gas",52,745,661,222271,"14.1","15.7","Ostroleka",84,1.360501369949296,6.8867171931623061E-2,null,4391061.6846622834,1219.7393568506343,0.61078622725070475,0.54191905531908169,6.8867171931623061E-2]
[10,"NGCC_Stalowa_Wola","Natural  gas",35,450,399,134258,"14.0","15.7","Stalowa  Wola",51,1.3675162746354035,6.9222259150035881E-2,null,2652326.0329030277,736.75723136195211,0.6107846395591402,0.54156238040910432,6.9222259150035881E-2]
[11,"NGCC_Oswiecim","Natural  gas",4,116,103,34609,"13.9","15.7","Oswiecim",13,1.3522494148920801,6.8449466503131995E-2,null,683716.06662352255,189.92112961764516,0.61077985495102427,0.54233038844789228,6.8449466503131995E-2]
[12,"NGCC_Poznan","Natural  gas",69,114,101,34012,"13.6","15.7","Poznan",13,1.3759849464894742,6.9650934558593947E-2,null,671922.06819033343,186.64501894175928,0.61078511843690064,0.5411341838783067,6.9650934558593947E-2]
[13,"NGCC_Rybnik","Natural  gas",8,800,710,238680,"13.4","15.7","Rybnik",90,1.3574660633484164,6.87135278514589E-2,null,4715228.7203242611,1309.7857556456281,0.61078691423519016,0.54207338638373126,6.87135278514589E-2]
[14,"NGCC_Lublin_Wrotkow","Natural  gas",38,231,205,68919,"13.3","15.7","Lublin",26,1.3581160492752362,6.8746429466675307E-2,null,1361525.2563098196,378.20146008606099,0.61078558487699963,0.54203915541032432,6.8746429466675307E-2]
[15,"NGCC_NowaSarzyna","Natural  gas",33,51,45,15228,"13.1","15.7","Sarzyna",6,1.4184397163120568,7.179995108828563E-2,null,300835.85953200038,83.565516536666777,0.61029958425042796,0.53849963316214233,7.179995108828563E-2]
[16,"NGCC_Czechnica","Natural  gas",12,160,142,47736,"12.8","15.6","Siechnice",18,1.3574660633484164,6.87135278514589E-2,null,943045.74406485225,261.95715112912563,0.61078691423519016,0.54207338638373126,6.87135278514589E-2]
[17,"NGCC_Gorzow","Natural  gas",65,192,170,57283,"12.7","15.6","Gorzow  Wlkp.",22,1.3826091510570326,6.9986244941178333E-2,null,1131650.9417895703,314.3474838304362,0.6107890467593744,0.54080280181819607,6.9986244941178333E-2]
[18,"PC_Belchatow","Coal",22,5298,4173,4012440,"12.3","9.7","Rogowiec",1125,1.0093608876394413,0.11151091856412371,null,36319313.41029238,10088.698169525662,0.52514208582464661,0.4136311672605229,0.11151091856412371]
[19,"PC_Patnow_I","Coal",58,1200,945,908820,"12.3","9.7","Patnow",255,1.0101010101010102,0.11159268489423441,null,8226345.6683568889,2285.0960189880248,0.52514204656110286,0.41354936166686845,0.11159268489423441]
[20,"PC_Patnow_II","Coal",58,474,373,358984,"12.3","9.7","Patnow",101,1.0128585117999689,0.11189732474223968,null,3249407.4441687344,902.61317893575949,0.52514190027546159,0.41324457553322191,0.11189732474223968]
[21,"NGCC_Dolna_Odra","Natural  gas",63,1340,1189,399789,"12.2","15.6","Szczecin",151,1.3597172508498232,6.8827480633965377E-2,null,7898008.1065431377,2193.891140706427,0.61078691423519016,0.54195943360122478,6.8827480633965377E-2]
[22,"NGCC_Siekierki","Natural  gas",49,540,479,161109,"12.2","15.6","Warszawa",61,1.3630523434445003,6.8996299571012276E-2,null,3182779.3862188766,884.10538506079899,0.61078691423519016,0.54179061466417788,6.8996299571012276E-2]
[23,"NGCC_Zeran","Natural  gas",49,499,443,148877,"12.2","15.6","Warszawa",56,1.3541379796744963,6.8545063698730258E-2,null,2941130.8287066994,816.98078575186094,0.61078547831547136,0.54224041461674111,6.8545063698730258E-2]
[24,"PC_Konin","Coal",59,198,156,149955,"12.2","9.7","Konin",42,1.0083024907472242,0.1113939903067464,null,1357344.3197755963,377.04008882655449,0.52514309716037577,0.41374910685362937,0.1113939903067464]
[25,"PC_Kozienice","Coal",45,2820,2221,2135727,"12.0","9.7","Kozienice",599,1.0096796079274177,0.11154612974826267,null,19331912.320638686,5369.9756446218571,0.52514204656110297,0.4135959168128403,0.11154612974826267]
[26,"NGCC_Rzeszow","Natural  gas",31,141,125,42067,"12.0","9.7","Rzeszow",16,1.3692443007583142,6.9309730044764373E-2,null,831052.14755270956,230.84781876464154,0.61079199601948619,0.54148226597472182,6.9309730044764373E-2]
[27,"PC_Lagisza","Coal",10,820,646,621027,"11.8","9.7","Bedzin",174,1.0086517977479239,0.11143258061174627,null,5621336.2067105398,1561.4822796418166,0.52514204656110297,0.4137094659493567,0.11143258061174627]
[28,"PC_Ostroleka","Coal",52,647,510,490005,"11.3","9.7","Ostroleka",137,1.006520341629167,0.11119710424983009,null,4435367.2996008201,1232.046472111339,0.52514252882948975,0.41394542457965966,0.11119710424983009]
[29,"PC_Siersza","Coal",6,666,525,504395,"11.2","9.6","Trzebinia",141,1.0063541470474529,0.1111787436112377,null,4565620.9407703103,1268.2280391028639,0.52514215067435666,0.41396340706311896,0.1111787436112377]
[30,"PC_Skawina","Coal",2,440,347,333234,"10.6","9.6","Skawina",93,1.0046994004213257,0.1109959325685968,null,3016326.745064192,837.86854029560891,0.52514204656110297,0.41414611399250617,0.1109959325685968]
[31,"NGCC_Bydgoszcz","Natural  gas",71,52,46,15514,"9.7","15.2","Bydgoszcz",6,1.3922908340853424,7.0476321720537194E-2,null,306485.91573282471,85.134976592451309,0.6107947882446555,0.5403184665241183,7.0476321720537194E-2]
[32,"NGCC_Zielona_Gora","Natural  gas",67,198,176,59073,"9.3","15.1","Zielona  Gora",22,1.3407140317911737,6.786555734371913E-2,null,1167013.1816478763,324.1703282355212,0.61079001609347172,0.54292445874975259,6.786555734371913E-2]
[33,"NGCC_Siedlce","Natural  gas",51,50,44,14918,"9.0","15.1","Siedlce",6,1.4479152701434508,7.3291973131278554E-2,null,294711.67274089722,81.864353539138122,0.61076644276065462,0.53747446962937606,7.3291973131278554E-2]
[34,"PC_Zeran","Coal",49,620,488,469557,"8.3","9.3","Warszawa",132,1.0120177103099304,0.11180443571946064,null,4250278.595317726,1180.6329431438128,0.52514204656110286,0.41333761084164222,0.11180443571946064]
[]
[]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Average NG",null,{"$f":"AVERAGEIF($C$4:$C$37,$C$4,$S$4:$S$37)","v":6.9292272398430402E-2}]
[null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,null,"Average coal",null,{"$f":"AVERAGEIF($C$4:$C$37,$C$21,$S$4:$S$37)","v":0.11145498450164784}]